1.
Shin Sung-chul
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Shin Sung-chul is a South Korean physicist and the 16th President of KAIST. Shin was the first president of DGIST since it changed its form from an institute to a university in 2011. His main research areas as a scientist are spintronics and nanomagnetism, Shin was educated in South Korea and the United States. He received his education in Kyunggi High School. Then, he decided to continue his study in the United States, after Shin received his Ph. D. degree, he joined Eastman Kodaks Research Lab as a senior researcher and carried out research till 1989. Shin replied to the call and joined KAIST in 1989 as an assistant professor in the department of physics, in 2009, Shin became a chair professor of KAIST. During 22 years in KAIST, he held academic positions. He also has various academic positions of many other organizations such as a President of the Korean Magnetics Society, a Chairman of ICM2012. Shin published over 320 journal papers, holds 37 patents, delivered 160 international and national invited academic talks and he served as Vice-Dean of Student Affairs, Director of International Cooperation Division, and Dean of Planning as well as Vice President in KAIST. Shin was appointed as a member of PACST ], the role of PACST is to provide advice and consultations to the president of South Korea on issues related to science and technology. Shin is also serving as the chair of Committee for Future Strategy, the South Korean government founded DGIST as a research institute in 2004 and changed the related law to allow DGIST offer degree programs in 2008. Therefore, DGIST changed its system from an institute to a university. The South Korean government appointed Shin as the president of this new university. He has been serving as the president of DGIST since 2011
2.
Postgraduate education
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In North America, this level is generally referred to as graduate school. The organization and structure of education varies in different countries. This article outlines the types of courses and of teaching and examination methods. There are two types of degrees studied for at the postgraduate level, academic and vocational degrees. The term degree in this means the moving from one stage or level to another. University studies took six years for a degree and up to twelve additional years for a masters degree or doctorate. The first six years taught the faculty of the arts, which was the study of the seven liberal arts, arithmetic, geometry, astronomy, music theory, grammar, logic, the main emphasis was on logic. Once a Bachelor of Arts degree had been obtained, the student could choose one of three faculties—law, medicine, or theology—in which to pursue masters or doctors degrees. Because theology was thought to be the highest of the subjects, the main significance of the higher, postgraduate degrees was that they licensed the holder to teach. In most countries, the hierarchy of postgraduate degrees is as follows, in Scottish Universities, the Master of Philosophy degree tends to be by research or higher masters degree and the Master of Letters degree tends to be the taught or lower masters degree. In many fields such as social work, or library science in North America. Professional degrees such as the Master of Architecture degree can last to three and a years to satisfy professional requirement to be an architect. Professional degrees such as the Master of Business Administration degree can last up to two years to satisfy the requirement to become a business leader. These are often divided into academic and professional doctorates. An academic doctorate can be awarded as a Doctor of Philosophy degree or as a Doctor of Science degree, a doctorate is the terminal degree in most fields. In the United States, there is distinction between a Doctor of Philosophy degree and a Doctor of Science degree. In the second half of the 19th century, however, US universities began to follow the European model by awarding doctorates, in the UK, an equivalent formation to doctorate is the NVQ5 or QCF8. Most universities award degrees, usually at the postgraduate level
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Doctorate
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There are a variety of doctoral degrees, with the most common being the Doctor of Philosophy, which is awarded in many different fields, ranging from the humanities to the scientific disciplines. The term doctor derives from the Latin docere meaning to teach, the doctorate appeared in medieval Europe as a license to teach Latin at a university. Its roots can be traced to the church in which the term doctor referred to the Apostles, church fathers. The right to grant a licentia docendi was originally reserved to the Catholic church, the Third Council of the Lateran of 1179 guaranteed the access—at that time largely free of charge—of all able applicants. This right remained a bone of contention between the authorities and universities that were slowly distancing themselves from the Church. The right was granted by the pope to the University of Paris in 1213 where it became a universal license to teach, according to Keith Allan Noble, the first doctoral degree was awarded in medieval Paris around 1150. The so-called professional, vocational, or technical curriculum of the Middle Ages included only theology, law, the doctorate of philosophy developed in Germany in the 17th century. The term philosophy does not refer solely to the field or academic discipline of philosophy, but is used in a sense in accordance with its original Greek meaning. In most of Europe, all fields were traditionally known as philosophy, the doctorate of philosophy adheres to this historic convention, even though the degrees are not always for the study of philosophy. D. University doctoral training was a form of apprenticeship to a guild, the traditional term of study before new teachers were admitted to the guild of Masters of Arts was seven years, matching the apprenticeship term for other occupations. Originally the terms master and doctor were synonymous, but over time the doctorate came to be regarded as a higher qualification than the masters degree, University degrees, including doctorates, were originally restricted to men. The use and meaning of the doctorate has changed over time, for instance, until the early 20th century few academic staff or professors in English-speaking universities held doctorates, except for very senior scholars and those in holy orders. After that time the German practice of requiring lecturers to have completed a research doctorate spread, universities shift to research-oriented education increased the doctorates importance. Today, a doctorate or its equivalent is generally a prerequisite for an academic career. Professional doctorates developed in the United States from the 19th century onward, the first professional doctorate to be offered in the United States was the M. D. The MD became the standard first degree in medicine during the 19th century, the MD, as the standard qualifying degree in medicine, gave that profession the ability to set and raise standards for entry into professional practice. The modern research degree, in the shape of the German-style Ph. D. was first awarded in the U. S. in 1861, in the UK, research doctorates initially took the form of higher doctorates, introduced from 1882 onwards. The PhD spread to the UK from the US via Canada, following the MD, the next professional doctorate, the Juris Doctor, was established by Chicago University in 1902
4.
Yuseong District
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Yuseong District is a gu of Daejeon, South Korea, known for high tech industries, Daejeon Expo 93, Daedeok Science Valley and the Yuseong Special Tourism District. Daejeon Islamic Center is also located in Kung-dong, Yuseong-gu, to prevent centralization in Seoul, then-President Park Chung Hee concentrated the countrys high tech industries in the Yuseong area in the 1970s and the Expo 93 was held here. Since the time of the Baekje Kingdom, travellers have visited Yuseongs natural springs and this ultimately resulted in the creation of the Yuseong Special Tourism District. The majority of the hotels in Daejeon are situated in this area, science-oriented attractions include National Science Museum, Daejeon Space Observatory, Daedeok Science Town, and Daejeon Institute of Education & Science. Parks include Expo Science Park and Kumdori Land, the major project that is currently proposed and evaluated is the Yuseong Leisure Town. Water theme parks, spa resorts, public course
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Daejeon
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Daejeon is South Koreas fifth-largest metropolis. Daejeon had a population of over 1.5 million in 2010, located in the central region of South Korea, Daejeon serves as a hub of transportation and is at the crossroads of major transport routes. The capital Seoul is about 50 minutes away by high-speed train, Daejeon is one of South Koreas administration hubs with the Daejeon Government Complex. The Korean administration in the 1980s decided to relocate some of its functions from Seoul, Korea Railroad Corporation, Korea Water Resources Corporation, and Korea Minting and Security Printing Corporation are also headquartered in the city. Daejeon has earned its name as Asias Silicon Valley and high technology city, the city hosted the Taejon Expo 93 and the International Mathematical Olympiads in 2000. Several important research institutes are based in the city, Daedeok Innopolis is composed of 28 government-funded research institutions, as well as 79 private research institutes with as many as 20,000 researchers. In addition, Daejeon established the World Technopolis Association in 1998 with the view of realizing regional development through international cooperation with world science cities. The WTA has grown to have 67 members from 32 countries, human beings first settled in the Daejeon region during the Stone Age. During the Joseon Kingdom period, it remained occupied by the Hoideok-hyeon and Jinjam-hyeon of Gongju Mokha, in 1895, most of the area was made part of Hoideok-gun and Jinjam-gun, excluding some parts that belonged to Gongju-gun. The Daejeon area was known as Hanbat, a native Korean term for large field. Daejeon simply means the thing in Hanja. Historically, Daejeon was a village without many residents. However, in 1905, the Gyeongbu Railway began operations from Seoul to Busan, in 1926 under the rule of the Japanese government, the Honam Railway was built between Mokpo and Daejeon, transforming the latter into a major transportation hub. Because of its location and proximity to means of transportation, Daejeon grew quickly, in 1932, the capital of Chungnam province was moved from Gongju to Daejeon. During the Korean War, the city was the site of a major conflict. Since then, changes have made to the citys boundaries. Its official names have evolved, as well, among the boundary modifications include one that effectively made the nearby town of Daedeok a part of the city in 1983. Then, in the late 1980s, Daejeon was elevated to the status of Special City, in 1995, all South Korean Special Cities were again renamed as Metropolitan Cities, which is reflected in the current official name of Daejeon, Daejeon Metropolitan City
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South Korea
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South Korea, officially the Republic of Korea, is a sovereign state in East Asia, constituting the southern part of the Korean Peninsula. The earliest Korean pottery dates to 8000 BC, with three kingdoms flourishing in the 1st century BC and its rich and vibrant culture left 19 UNESCO Intangible Cultural Heritages of Humanity, the third largest in the world, along with 12 World Heritage Sites. Annexed into Imperial Japan in 1910, Korea was divided after its surrender in 1945, peace has since mostly continued with the two agreeing to work peacefully for reunification and the South solidifying peace as a regional power with the worlds 10th largest defence budget. South Koreas tiger economy soared at an average of 10% for over 30 years in a period of rapid transformation called the Miracle on the Han River. A long legacy of openness and focus on innovation made it successful, today, it is the worlds fifth largest exporter with the G20s largest budget surplus and highest credit rating of any country in East Asia. It has free trade agreements with 75% of the economy and is the only G20 nation trading freely with China, the US. Since 1988, its constitution guarantees a liberal democracy with high government transparency, high personal freedoms led to the rise of a globally influential pop culture such as K-pop and K-drama, a phenomenon called the Korean Wave, known for its distinctive fashionable and trendy style. Home of the UN Green Climate Fund and GGGI, South Korea is a leader in low carbon growth, committed to helping developing countries as a major DAC. It is the third least ignorant country in the Index of Ignorance, ranking eighth highest for peaceful tolerance. It is the worlds largest spender on R&D per GDP, leading the OECD in graduates in science, the name Korea derives from the name Goryeo. The name Goryeo itself was first used by the ancient kingdom of Goguryeo in the 5th century as a form of its name. The 10th-century kingdom of Goryeo succeeded Goguryeo, and thus inherited its name, the modern spelling of Korea first appeared in the late 17th century in the travel writings of the Dutch East India Companys Hendrick Hamel. After Goryeo was replaced by Joseon in 1392, Joseon became the name for the entire territory. The new official name has its origin in the ancient country of Gojoseon, in 1897, the Joseon dynasty changed the official name of the country from Joseon to Daehan Jeguk. The name Daehan, which means great Han literally, derives from Samhan, however, the name Joseon was still widely used by Koreans to refer to their country, though it was no longer the official name. Under Japanese rule, the two names Han and Joseon coexisted, there were several groups who fought for independence, the most notable being the Provisional Government of the Republic of Korea. Following the surrender of Japan, in 1945, the Republic of Korea was adopted as the name for the new country. Since the government only controlled the part of the Korean Peninsula
7.
Hangul
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The Korean alphabet, known as Hangul in South Korea and as Chosŏngŭl/Chosŏn Muntcha in North Korea is the alphabet that has been used to write the Korean language since the 15th century. It was created during the Joseon Dynasty in 1443 by King Sejong the Great, in South Korea, Hangul is used primarily to write the Korean language as using Hanja in typical Korean writing had fallen out of common usage during the late 1990s. In its classical and modern forms, the alphabet has 19 consonant and 21 vowel letters, however, instead of being written sequentially like the letters of the Latin alphabet, Hangul letters are grouped into blocks, such as 한 han, each of which transcribes a syllable. That is, although the syllable 한 han may look like a single character, each syllabic block consists of two to six letters, including at least one consonant and one vowel. These blocks are arranged horizontally from left to right or vertically from top to bottom. Each Korean word consists of one or more syllables, hence one or more blocks, of the 11,172 possible Hangul syllables, the most frequent 256 have a cumulative frequency of 88. 2%, with the top 512, it reaches 99. 9%. The modern name Hangul was coined by Ju Sigyeong in 1912, han meant great in archaic Korean, and geul is the native Korean word for script. Taken together, then, the meaning is great script, as the word han had also become one way of indicating Korea as a whole the name could also potentially be interpreted as Korean script. Korean 한글 is pronounced, and in English as /ˈhɑːn. ɡʊl/ or /ˈhɑːŋɡʊl/, when used as an English word, it is often rendered without the diacritics, hangul, and it is often capitalized as Hangul, as it appears in many English dictionaries. Hankul in the Yale romanization, a system recommended for technical linguistic studies, North Koreans call it Chosŏngŭl, after Chosŏn, the North Korean name for Korea. Because of objections to the names Hangeul, Chosŏngŭl, and urigeul by Koreans in China, until the early 20th century, Hangul was denigrated as vulgar by the literate elite, who preferred the traditional hanja writing system. They gave it such names as these, Achimgeul, in the original Hanja, it is rendered as 故智者不終朝而會，愚者可浹旬而學。 Gugmun Eonmun Amgeul. Am is a prefix that signifies a noun is feminine Ahaetgeul or Ahaegeul Hangul was promulgated by Sejong the Great, the Hall of Worthies, a group of scholars who worked with Sejong to develop and refine the new alphabet, is often credited for the work. The project was completed in late December 1443 or January 1444, the publication date of the Hunmin Jeong-eum, October 9, became Hangul Day in South Korea. Its North Korean equivalent, Chosongul Day, is on January 15, various speculations about the creation process were put to rest by the discovery in 1940 of the 1446 Hunmin Jeong-eum Haerye. This document explains the design of the consonant letters according to articulatory phonetics, to assuage this problem, King Sejong created the unique alphabet known as Hangul to promote literacy among the common people. However, it entered popular culture as Sejong had intended, being used especially by women, the late 16th century, however, saw a revival of Hangul, with gasa literature and later sijo flourishing. In the 17th century, Hangul novels became a major genre, by this point spelling had become quite irregular
8.
Hanja
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Hanja is the Korean name for Chinese characters. Borrowed from Chinese and incorporated into the Korean language with Korean pronunciation, hanja-mal or hanja-eo refers to words that can be written with hanja, and hanmun refers to Classical Chinese writing, although hanja is sometimes used loosely to encompass these other concepts. Because hanja never underwent major reform, they are almost entirely identical to traditional Chinese, only a small number of hanja characters are modified or unique to Korean. By contrast, many of the Chinese characters currently in use in Japan and Mainland China have been simplified, and contain fewer strokes than the corresponding hanja characters. Today, a working knowledge of Chinese characters is still important for anyone who wishes to study older texts. Learning a certain number of hanja is very helpful for understanding the etymology of Sino-Korean words, hanja are not used to write native Korean words, which are always rendered in hangul, and even words of Chinese origin—hanja-eo —are written with the hangul alphabet most of the time. A major motivation for the introduction of Chinese characters into Korea was the spread of Buddhism, the major Chinese text that introduced hanja to Koreans, however, was not a religious text but the Chinese text, Cheonjamun. One way of adapting hanja to write Korean in such systems was to represent native Korean grammatical particles, for example, Gugyeol uses the characters 爲尼 to transcribe the Korean word hăni, in modern Korean, that means does, and so. However, in Chinese, the characters are read as the expression wéi ní. This is an example of Gugyeol words where the radical is read in Korean for its meaning. Hanja was the means of writing Korean until King Sejong the Great promoted the invention of hangul in the 15th century. However, even after the invention of hangul, most Korean scholars continued to write in hanmun and it was not until the 20th century that hangul truly replaced hanja. Officially, hanja has not been used in North Korea since June 1949, additionally, many words borrowed from Chinese have been replaced in the North with native Korean words. However, there are a number of Chinese-borrowed words in widespread usage in the North. The replacement has been less total in South Korea where, although usage has declined over time, some remains in common usage in some contexts. Each hanja is composed of one of 214 radicals plus in most cases one or more additional elements, the vast majority of hanja use the additional elements to indicate the sound of the character, but a few hanja are purely pictographic, and some were formed in other ways. This dual meaning-sound reading of a character is called eumhun, the word or words used to denote the meaning are often—though hardly always—words of native Korean origin, and are sometimes archaic words no longer commonly used. South Korean primary schools abandoned the teaching of hanja in 1971 and it is taught in separate courses in South Korean high schools, separately from the normal Korean-language curriculum
9.
Public university
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A public university is a university that is predominantly funded by public means through a national or subnational government, as opposed to private universities. Whether a national university is considered public varies from one country to another, in Egypt, Al-Azhar University opened in 975 AD as the second oldest university in the world. In Nigeria Public Universities can be established by both the Federal Government and by State Governments, students are enrolled after completing the 8-4-4 system of education and attaining a mark of C+ or above. They are also eligible for a low interest loan from the Higher Education Loan Board and they are expected to pay back the loan after completing higher education. South Africa has 23 public tertiary institutions, either categorised as a traditional university or a comprehensive university. Almost entire national universities in Brunei are public universities and these are major universities in Brunei, University of Brunei Darussalam Brunei Technological University Sultan Sharif Ali Islamic University There are 40 public universities in Bangladesh. The University Grant Commission is the body for all the public universities in Bangladesh. The universities do not deal directly with the government, but with the University Grants Commission, recently many private universities are established under the Private University Act of 1992. In mainland China, nearly all universities and research institutions are public and currently, the public universities are usually run by the provincial governments, there are also circumstances where the municipal governments administer the universities. Some public universities are national, which are administered by the central government. Private undergraduate colleges do exist, which are vocational colleges sponsored by private enterprises. The majority of universities are not entitled to award bachelors degrees. Public universities usually enjoy higher reputation domestically, eight institutions are funded by the University Grants Committee. The Academy for Performing Arts also receives funding from the government, the Open University of Hong Kong is also a public university, but it is largely self-financed. The Shue Yan University is the private institution with the status of a university. There are public and private institutes in Indonesia. The government provide public universities, institutes, high schools and academies in each province, the private educational institution usually provided by religious organizations, public organizations, and some big companies. In India, most universities and nearly all research institutions are public, There are some private undergraduate colleges, mostly engineering schools, but a majority of these are affiliated to public universities
10.
Research university
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Such universities can be recognized by their strong focus on innovative research and the prestige of their brand names. From the late 20th century to the present, U. S. research universities have dominated most international college and university rankings
11.
Daedeok Innopolis
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Daedeok Innopolis, formerly known as Daedeok Science Town, is the research and development district in the Yuseong-gu district in Daejeon, South Korea. Daedeok Innopolis grew out of the research cluster established by President Park Chunghee in 1973 with the opening of the KAIST, over 20 major research institutes and over 40 corporate research centers make up this science cluster. Over the last few years, a number of IT venture companies have sprung up in this region, the Daedeok Innopolis logo was created by an industrial design company in Palo Alto, USA named INNO Design
12.
Technical University of Denmark
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The Technical University of Denmark, often simply referred to as DTU, is a university in Kongens Lyngby, just north of Copenhagen, Denmark. It was founded in 1829 at the initiative of Hans Christian Ørsted as Denmarks first polytechnic, DTU, along with École Polytechnique Fédérale de Lausanne, Eindhoven University of Technology and Technical University of Munich, is a member of EuroTech Universities Alliance. DTU was founded in 1829 as the College of Advanced Technology with the physicist Hans Christian Ørsted, then a professor at the University of Copenhagen, the inspiration was the École Polytechnique in Paris, France which Ørsted had visited as a young scientist. The new institution was inaugurated on 5 November 1829 with Ørsted as its principal, the new colleges first home was two buildings in Studiestræde and St- Pederstræde in central Copenhagen. Although expanded several times, they remained inadequate and in 1890 a new building complex was inaugurated in Sølvgade in 1890, the new buildings were designed by the architect Johan Daniel Herholdt. In the 1920s space had once again become insufficient and in 1929 the foundation stone was laid for a new school at Østervold, completion of the building was delayed by World War II and it was not completed until 1954. From 1933 the institution was known as Danmarks tekniske Højskole. The formal name, Den Polytekniske Læreanstalt, Danmarks Tekniske Universitet, in 1960 a decision was made to move the College of Advanced Technology to new and larger facilities in Lyngby north of Copenhagen. They were inaugurated on 17 May 1974, on 23 and 24 November 1967 the University Computing Center hosted the NATO Science Committees Study Group first meeting discussing the newly coined term Software Engineering. The President of DTU is appointed by the university board, the president in turn appoints deans, and deans appoint heads of departments. Since DTU has no faculty senate, and since the faculty is not involved in the appointment of president, deans, or department heads, the area was previously home to the airfield Lundtofte Flyveplads. DTU was the subject of controversy in 2009 because the former director of the Department of Chemistry was a high-ranking member of Scientology. In relation to this, the university was accused of violating the principles of free speech by threatening to fire employees who voice their criticism of the institute director. On 7 April 2010, his successor was announced, at a department meeting, as Erling Stenby, shortly thereafter, the university management threatened Rolf W. Berg with dismissal for publicly criticizing the university. In November 2007 the Times Higher Education Supplement put the university as number 130 in their ranking of the universities of the world, in the The Worlds Most Innovative Universities 2015 ranking by Thomson Reuters, DTU is ranked, No. A student union at DTU is the student association Nul-kryds formed in 1947. Barrett, former CEO of Intel Jørgen Lindegaard, former CEO of the SAS Group Henrik O
13.
Carnegie Mellon University
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Carnegie Mellon University is a private research university in Pittsburgh, Pennsylvania. Founded in 1900 by Andrew Carnegie as the Carnegie Technical Schools, in 1967, the Carnegie Institute of Technology merged with the Mellon Institute of Industrial Research to form Carnegie Mellon University. The universitys 140-acre main campus is 3 miles from Downtown Pittsburgh, john Heinz III College of Information Systems and Public Policy, and the School of Computer Science. The university also has campuses in Qatar and Silicon Valley, with degree-granting programs in six continents, Carnegie Mellon consistently ranks in the top 25 in the national U. S. News & World Report rankings. It is home to the world’s first degree-granting Robotics and Drama programs, the university spent $242 million on research in 2015. Carnegie Mellon counts 13,650 students from 114 countries, over 100,000 living alumni, Carnegies vision was to open a vocational training school for the sons and daughters of working-class Pittsburghers. Carnegie was inspired for the design of his school by the Pratt Institute in Brooklyn, in 1912 the institution changed its name to Carnegie Institute of Technology and began offering four-year degrees. The Mellon Institute of Industrial Research was founded in 1913 by banker and industrialist brothers Andrew, Mellon in honor of their father, Thomas Mellon, the patriarch of the Mellon family. The Institute began as an organization which performed work for government. In 1927, the Mellon Institute incorporated as an independent nonprofit, in 1938, the Mellon Institutes iconic building was completed and it moved to its new, and current, location on Fifth Avenue. In 1967, with support from Paul Mellon, Carnegie Tech merged with the Mellon Institute of Industrial Research to become Carnegie Mellon University, Carnegie Mellons coordinate womens college, the Margaret Morrison Carnegie College closed in 1973 and merged its academic programs with the rest of the university. The industrial research mission of the Mellon Institute survived the merger as the Carnegie Mellon Research Institute and continued doing work on contract to industry, CMRI closed in 2001 and its programs were subsumed by other parts of the university or spun off into independent entities. Carnegie Mellons 140-acre main campus is three miles from downtown Pittsburgh, between Schenley Park and the Squirrel Hill, Shadyside, and Oakland neighborhoods, Carnegie Mellon is bordered to the west by the campus of the University of Pittsburgh. Carnegie Mellon owns 81 buildings in the Oakland and Squirrel Hill neighborhoods of Pittsburgh, for decades the center of student life on campus was Skibo Hall, the Universitys student union. Built in the 1950s, Skibo Halls design was typical of Mid-Century Modern architecture, the original Skibo was razed in the summer of 1994 and replaced by a new student union that is fully wi-fi enabled. Known as University Center, the building was dedicated in 1996, in 2014, Carnegie Mellon re-dedicated the University Center as the Cohon University Center in recognition of the eighth president of the university, Jared Cohon. A large grassy area known as the Cut forms the backbone of the campus, the Cut was formed by filling in a ravine with soil from a nearby hill that was leveled to build the College of Fine Arts building. The northwestern part of the campus was acquired from the United States Bureau of Mines in the 1980s, the sculpture was controversial for its placement, the general lack of input that the campus community had, and its aesthetic appeal
14.
Georgia Institute of Technology
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The Georgia Institute of Technology is a public research university in Atlanta, Georgia, in the United States. It is a part of the University System of Georgia and has campuses in Savannah, Georgia, Metz, France, Athlone, Ireland, Shenzhen, China. The educational institution was founded in 1885 as the Georgia School of Technology as part of Reconstruction plans to build an economy in the post-Civil War Southern United States. Initially, it offered only a degree in mechanical engineering, by 1901, its curriculum had expanded to include electrical, civil, and chemical engineering. In 1948, the changed its name to reflect its evolution from a trade school to a larger and more capable technical institute. Today, Georgia Tech is organized into six colleges and contains about 31 departments/units, with emphasis on science and it is well recognized for its degree programs in engineering, computing, business administration, the sciences, design, and liberal arts. Student athletics, both organized and intramural, are a part of student and alumni life, Georgia Tech fields eight mens and seven womens teams that compete in the NCAA Division I athletics and the Football Bowl Subdivision. Georgia Tech is a member of the Coastal Division in the Atlantic Coast Conference, the idea of a technology school in Georgia was introduced in 1865 during the Reconstruction period. However, because the American South of that era was mainly populated by workers and few technical developments were occurring. In 1882, the Georgia State Legislature authorized a committee, led by Harris and they were impressed by the polytechnic educational models developed at the Massachusetts Institute of Technology and the Worcester County Free Institute of Industrial Science. On October 13,1885, Georgia Governor Henry D. McDaniel signed the bill to create, in 1887, Atlanta pioneer Richard Peters donated to the state 4 acres of the site of a failed garden suburb called Peters Park. The site was bounded on the south by North Avenue, and he then sold five adjoining acres of land to the state for US$10,000. This land was near Atlantas northern city limits at the time of its founding, the surrender of the city took place on the southwestern boundary of the modern Georgia Tech campus in 1864. The Georgia School of Technology opened in the fall of 1888 with two buildings, One building had classrooms to teach students, The second building featured a shop and had a foundry, forge, boiler room, and engine room. It was designed for students to work and produce goods to sell, on October 20,1905, U. S. President Theodore Roosevelt visited Georgia Tech. On the steps of Tech Tower, Roosevelt delivered a speech about the importance of technological education and he then shook hands with every student. Georgia Techs Evening School of Commerce began holding classes in 1912, the evening school admitted its first female student in 1917, although the state legislature did not officially authorize attendance by women until 1920. Annie T. Wise became the first female graduate in 1919 and was Georgia Techs first female faculty member the following year
15.
Technical University of Berlin
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The Technische Universität Berlin, known as TU Berlin and unofficially as the Technical University of Berlin, is a research university located in Berlin, Germany. It was founded in 1879 and became one of the most prestigious institutions in Europe. It has one of the highest proportions of students in Germany. It belongs to the Conference of European Schools for Advanced Engineering Education, the TU Berlin is home of two innovation centers designated by the European Institute of Innovation and Technology. The university is known for its highly ranked engineering programmes, especially in engineering and engineering management. The university alumni and professor list include US National Academies members, the TH Charlottenburg was named after the borough of its location in Charlottenburg just outside Berlin. Beforehand, the college had been, however, for several decades under the auspices of the Frederick William University. After Charlottenburgs absorption into Greater Berlin in 1920 and Germany being turned into Weimar Republic, in 1927, the Department of Geodesy of the Agricultural College of Berlin was incorporated into the TH Berlin. The shell construction remained unfinished after the outbreak of World War II and after Beckers suicide in 1940, the north section of the main building of the university was destroyed during a bombing raid in November 1943. Due to the fighting at the end of the Second World War. Planning for the re-opening of the school began on June, 2nd 1945, once the acting rectorship led by Gustav Ludwig Hertz and Max Volmer was appointed. As both Hertz and Volmer remained in exile in the Soviet Union for some time to come, since 2009 the TU Berlin houses two Knowledge and Innovation Communities designated by the European Institute of Innovation and Technology. The TU Berlin covers 604,000 m², distributed over various locations in Berlin, the main campus is located in the borough of Charlottenburg-Wilmersdorf. The seven schools of the university have some 33,933 students enrolled in 90 subjects, El Gouna campus, Technische Universität Berlin has established a satellite campus in Egypt to act as a scientific and academic field office. The nonprofit public-private partnership aims to offer services provided by Technische Universität Berlin at the campus in El Gouna on the Red Sea, in addition there are 2,651 student assistants and 126 trainees. International student mobility is applicable through ERASMUS programme or through Top Industrial Managers for Europe network, the new common main library of Technische Universität Berlin and of the Berlin University of the Arts was opened in 2004 and holds about 2.9 million volumes. The library building was sponsored partially by Volkswagen and is named officially University Library of the TU Berlin, a source of confusion to many, the letters above the main entrance only state Volkswagen Bibliothek – without any mentioning of the universities. Bruno Ahrends, architect Steffen Ahrends, architect Stancho Belkovski, Bulgarian architect, head of Higher Technical School in Sofia, wilhelm Cauer, mathematician, essential contributions to the design of filters
16.
Technical University of Munich
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The Technical University of Munich is a research university with campuses in Munich, Garching and Freising-Weihenstephan. It is a member of TU9, a society of the largest and most notable German institutes of technology. TUMs alumni include 13 Nobel laureates,18 Leibniz Prizewinners and 10 IEEE Fellow Members, timeline 1868 University founded by King Ludwig II. 1877 Awarded the designation Königlich Bayerische Technische Hochschule München,1901 Granted the right to award doctorates. 1902 Approval of the election of the Principal by the teaching staff,1930 Integration of the College of Agriculture and Brewing in Weihenstephan. 1949–1954, Reconstruction of the building of the Technische Universität by Robert Vorhoelzer after WWII. Construction of a new building and library. 1957 Given the status of a ‘public legal body’,1958 Research Reactor Munich, Garching officially assigned to the TH München. 1967 Establishment of a faculty of medicine 1970 Renamed to ‘Technische Universität München’,2004 Official opening of Forschungsreaktor München II, a leading neutron source, on March 2. Even to the present day, it is still the state university dedicated to technology. Numerous excellent TUM professors have secured their place in the history of technology, many important scientists, architects, the prerequisites for an academic training in engineering were created at the start of the 19th century when the advancement of technology on the basis of exact sciences commenced. There were also calls for a university for all studies in Bavaria. The polytechnic schools set up in Augsburg, Munich and Nuremberg, instead, an advanced engineering course was established at the Polytechnic School Munich in 1840, which was the forerunner of what was later to become the Technische Hochschule München. In 1868, King Ludwig II founded the newly structured Polytechnische Schule München and it was allowed to call itself Königlich Bayerische Technische Hochschule München as from the academic year 1877–78. The first Principal was the former Head of the Engineering Course, in the year of its foundation, the college took up residence in the new building in Arcisstrasse, which was designed by Gottfried v. Neureuther. In those days, more than 350 students were taught by 24 professors and 21 lecturers, the college was divided into five sections, I. Department VI. was added in 1872, with an average of about 2,600 to 2,800 students, the TH München ranked ahead of the TH Berlin as the largest German technical college for a while. The first female undergraduate matriculated in architecture in 1905, after the Bavarian government officially allowed women to study at a college in the German Reich
17.
Frederick E. Terman
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Frederick Emmons Terman was an American professor and academic administrator. He is widely credited with being the father of Silicon Valley, Terman completed his undergraduate degree in chemistry and his masters degree in electrical engineering at Stanford University. His father Lewis Terman, a psychologist who studied gifted children, Terman went on to earn an ScD in electrical engineering from Massachusetts Institute of Technology in 1924. His advisor at MIT was Vannevar Bush, who first proposed what became the National Science Foundation, Terman returned to Stanford in 1925 as a member of the engineering faculty. From 1925 to 1941 Terman designed a course of study and research in electronics at Stanford that focused on work with vacuum tubes, circuits and he hired Charles Litton and Karl Spangenberg, a student of William Littell Everitt. Together they established a vacuum tube laboratory and he also wrote Radio Engineering, one of the most important books on electrical and radio engineering, and to this day a good reference on those subjects. Termans students at Stanford included Oswald Garrison Villard, Jr. Russell and Sigurd Varian, William Hewlett and he encouraged his students to form their own companies and personally invested in many of them, resulting in firms such as Litton Industries, Varian Associates, and Hewlett-Packard. Terman was president of the Institute of Radio Engineers in 1941, during World War II, Terman directed a staff of more than 850 at the Radio Research Laboratory at Harvard University. This organization was the source of Allied jammers to block enemy radar, tunable receivers to detect radar signals and these countermeasures significantly reduced the effectiveness of radar-directed anti-aircraft fire. After the war Terman returned to Stanford and was appointed dean of the School of Engineering, in 1945 he was influential in the creation of a microwave research laboratory at the Stanford School of Physical Sciences. In 1951 he spearheaded the creation of Stanford Industrial Park, whereby the University leased portions of its land to high-tech firms and he served as Provost at Stanford from 1955 to 1965. During his tenure, Terman greatly expanded the science, statistics, termans efforts to create a mutual relationship between Stanford and the tech companies in the surrounding area also significantly contributed to this growth. Speaking of this effort, Terman said When we set out to create a community of scholars in Silicon Valley, there wasnt much here. Now a lot of the rest of the world is here In 1964, in 1966 Terman played a central role in helping the Park Chung-hee Administration establish the Korea Advanced Institute of Science, which later became KAIST. He was awarded the IRE Medal of Honor in 1950 for his contributions to the radio and electronic industry as teacher, author, scientist. The Frederick Emmons Terman Award was established in 1969 by the American Society for Engineering Education, Electrical and it is sponsored by Hewlett-Packard and is bestowed annually upon an outstanding young electrical engineering educator. Stanfords Frederick Emmons Terman Engineering Center was named in his honor, Terman Middle School, in Palo Alto, California and the adjacent Terman Park are named after Terman and his father. Terman, following his Terman Report for the purpose of helping found what later became KAIST, is the eponym of Terman Hall, a section of U. S. Route 101 in California near Palo Alto is officially designated and signed as the Frederick E. Terman Memorial Highway
18.
United States Agency for International Development
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The United States Agency for International Development is the United States Government agency which is primarily responsible for administering civilian foreign aid. President John F. Kennedy created USAID from its predecessor agencies in 1961 by executive order, USAIDs programs are authorized by the Congress in the Foreign Assistance Act, which the Congress supplements through directions in annual funding appropriation acts and other legislation. Although it is technically an independent agency, USAID operates subject to the policy guidance of the President, Secretary of State. USAID operates in Africa, Asia, Latin America, the Middle East, USAIDs decentralized network of resident field missions is drawn on to manage U. S. Government programs in low-income countries for a range of purposes. Disaster relief Poverty relief Technical cooperation on issues, including the environment U. S. bilateral interests Socioeconomic development Some of the U. S. Governments earliest foreign aid programs provided relief in crises created by war, in 1915, USG assistance through the Commission for Relief of Belgium headed by Herbert Hoover prevented starvation in Belgium after the German invasion. After 1945, the European Recovery Program championed by Secretary of State George Marshall helped rebuild war-torn Western Europe, USAID manages relief efforts after wars and natural disasters through its Office of U. S Foreign Disaster Assistance in Washington D. C. Privately funded U. S. NGOs and the U. S. military also play roles in disaster relief overseas. After 1945, many newly independent countries needed assistance to relieve the chronic deprivation afflicting their low-income populations, USAID and its predecessor agencies have continuously provided poverty relief in many forms, including assistance to public health and education services targeted at the poorest. USAID has also helped manage food aid provided by the U. S. Department of Agriculture, in addition, USAID provides funding to NGOs to supplement private donations in relieving chronic poverty. The USG has specialized agencies dealing with such areas, such as the Centers for Disease Control, USAIDs special ability to administer programs in low-income countries supports these and other USG agencies international work on global concerns. Among these global interests, environmental issues attract high attention, USAID assists projects that conserve and protect threatened land, water, forests, and wildlife. USAID also assists projects to reduce emissions and to build resilience to the risks associated with global climate change. U. S. environmental regulation laws require that programs sponsored by USAID should be economically and environmentally sustainable. To support U. S. geopolitical interests, USAID is often called upon to administer exceptional financial grants to allies. Also, when U. S. troops are in the field, in these circumstances, USAID may be directed by specially appointed diplomatic officials of the State Department, as has been done in Afghanistan and Pakistan during operations against al-Qaeda. U. S. commercial interests are served by U. S. laws requirement that most goods, USAID is also sometimes called upon to support projects of U. S. constituents that have exceptional interest. To help low-income nations achieve self-sustaining socioeconomic development, USAID assists them in improving management of their own resources, USAIDs assistance for socioeconomic development mainly provides technical advice, training, scholarships, commodities, and financial assistance
19.
Park Chung-hee
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Park Chung-hee was a South Korean president and military general who led South Korea as a dictator from 1961 until his assassination in 1979. In 1972, Park declared martial law and recast the constitution into a highly authoritarian document, after surviving several assassination attempts, including two operations associated with North Korea, Park was assassinated on 26 October 1979 by Kim Jae-gyu, the chief of his own security services. He had led South Korea for 18 years, Parks first-born daughter, Park Geun-hye, later served as the 11th President of South Korea until her impeachment. Park was born on 14 November 1917, in Gumi, North Gyeongsang in Korea under Japanese rule, to parents Park Sung-bin and he was the youngest of five brothers and two sisters in a poor Yangban family. As a youth, he won admission to a school in Daegu and worked as a teacher in Mungyeong-eup after graduating with a teaching degree. During this time, he adopted the Japanese name Takagi Masao and he graduated top of his class in 1942 and was recognized as a talented officer by his Japanese instructors, who recommended him for further studies at the Imperial Japanese Army Academy in Japan. He changed his name again from Takagi Masao to Okamoto Minoru in order to engage in activities against Korean guerrillas operating in the region. The Japanese used Korean turncoats to suppress Korean armed resistance, Park returned to Korea after the war and enrolled at the Korea Military Academy. He graduated in the class of 1946 and became an officer in the constabulary army under the United States Army Military Government in South Korea. The newly established South Korean government, under the leadership of Syngman Rhee, Park was subsequently sentenced to death by a military court, but his sentence was commuted by Rhee at the urging of several high-ranking Korean military officers. While Park had been a member of the South Korean Workers Party, nevertheless, he was forced out of the army. After the Korean War began and with help from Paik Sun-Yup and he was promoted to lieutenant colonel in September 1950 and to colonel in April 1951. As a colonel, Park was the deputy director of the Army Headquarters Intelligence Bureau in 1952 before switching to artillery, by the time the war ended in 1953, Park had risen to become a brigadier general. After the signing of the Korean Armistice Agreement, Park was selected for training at Fort Sill in the United States. After returning to Korea, Park rose rapidly in the military hierarchy and he was the head of the Armys Artillery School and commanded the 5th and 7th Divisions of the South Korean army before his promotion to major general in 1958. Park was then appointed Chief of Staff of the First Army and made the head of the Korean 1st and 6th District Command, which gave him responsibility for the defense of Seoul. In 1960, Park became commander of the Pusan Logistics Command before becoming Chief of the Operations Staff of the South Korean Army, as such, he was one of the most powerful and influential figures in the military. On 25 April 1960, Syngman Rhee, the authoritarian inaugural President of South Korea, was forced out of office and into exile following the April 19 Movement, a new democratic government took office on 13 August 1960
20.
Stanford University
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Stanford University, officially Leland Stanford Junior University, is a private research university in Stanford, California, adjacent to Palo Alto and between San Jose and San Francisco. Its 8, 180-acre campus is one of the largest in the United States, Stanford also has land and facilities elsewhere. The university was founded in 1885 by Leland and Jane Stanford in memory of their only child, Stanford was a former Governor of California and U. S. Senator, he made his fortune as a railroad tycoon. The school admitted its first students 125 years ago on October 1,1891, Stanford University struggled financially after Leland Stanfords death in 1893 and again after much of the campus was damaged by the 1906 San Francisco earthquake. Following World War II, Provost Frederick Terman supported faculty and graduates entrepreneurialism to build self-sufficient local industry in what would later be known as Silicon Valley. The university is one of the top fundraising institutions in the country. There are three schools that have both undergraduate and graduate students and another four professional schools. Students compete in 36 varsity sports, and the university is one of two institutions in the Division I FBS Pac-12 Conference. Stanford faculty and alumni have founded a number of companies that produce more than $2.7 trillion in annual revenue. It is the alma mater of 30 living billionaires,17 astronauts and it is also one of the leading producers of members of the United States Congress. Sixty Nobel laureates and seven Fields Medalists have been affiliated with Stanford as students, alumni, Stanford University was founded in 1885 by Leland and Jane Stanford, dedicated to Leland Stanford Jr, their only child. The institution opened in 1891 on Stanfords previous Palo Alto farm, despite being impacted by earthquakes in both 1906 and 1989, the campus was rebuilt each time. In 1919, The Hoover Institution on War, Revolution and Peace was started by Herbert Hoover to preserve artifacts related to World War I, the Stanford Medical Center, completed in 1959, is a teaching hospital with over 800 beds. The SLAC National Accelerator Laboratory, which was established in 1962, in 2008, 60% of this land remained undeveloped. Besides the central campus described below, the university also operates at more remote locations, some elsewhere on the main campus. Stanfords main campus includes a place within unincorporated Santa Clara County. The campus also includes land in unincorporated San Mateo County, as well as in the city limits of Menlo Park, Woodside. The academic central campus is adjacent to Palo Alto, bounded by El Camino Real, Stanford Avenue, Junipero Serra Boulevard, the United States Postal Service has assigned it two ZIP codes,94305 for campus mail and 94309 for P. O. box mail
21.
New York University Tandon School of Engineering
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The New York University Tandon School of Engineering, is the second oldest private engineering and technology school in the United States. The schools main campus is in Brooklyns MetroTech Center, an urban research park. It is one of several engineering schools that were founded based on a European polytechnic university model in the 1800s, in response to the increasing industrialization of the United States. It has been a key center of research in the development of microwave, wireless, radar, electronics in general, polymers, industrial engineering and operations research, on May 17,1853, a group of Brooklyn businessmen wrote a charter to establish a school for young men. Named Brooklyn Collegiate and Polytechnic Institute, the moved into its first home at 99 Livingston Street in Brooklyn. The first class, admitted in 1855, consisted of 265 young men ages nine to 17, the school conferred its first bachelors degrees in 1871. Graduate programs began in 1901 and the school awarded its first doctoral degree in 1921, from 1889 to 1973 the school became known as Polytechnic Institute of Brooklyn. In 1917, the preparatory program separated from the Institute and became the Polytechnic Preparatory Country Day School, poly Prep is now located in the Dyker Heights section of Brooklyn. Polytechnic Institute moved to its present location in 1957, the site of the American Safety Razor Company factory. Classes began in 1855 and the school awarded its first undergraduate degree in 1857, as the industrial revolution took shape, the school formalized its engineering curriculum and the schools first dean, Charles H. Snow, changed the name of the school to the School of Applied Science. During this time the school officially separated from the universitys arts. In 1894 the University of the City of New York moved its school to a new campus in the Bronx. The new campus gave the university space to build larger science laboratories that could not be constructed at its Washington Square site. With the addition of the new campus, under the leadership of Chancellor Henry Mitchell MacCracken, the neighborhood surrounding the Bronx campus eventually became known as University Heights. By 1920 separate electrical and chemical engineering departments were created and the changed its name to the College of Engineering. Enrollment at New York University expanded considerably from the early 1900s into the postwar decades, however, by the early 1970s this growth ceased due to rising crime and financial troubles in New York City. Also during that period from 1969 to 1975, Polytechnic Institute of Brooklyn was forced to rely on subsidies provided by New York state to keep the school afloat, the state supported Polytechnic on the basis that closing the school would create economic hardship locally. With both Polytechnic Institute and New York University facing financial difficulties, the state brokered a merger of New York Universitys engineering school with Polytechnic Institute, Polytechnic Institute acquired the faculty, programs and students of New York Universitys engineering school to form Polytechnic Institute of New York
22.
Seoul
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The Seoul Capital Area houses up to half of the countrys population of 50.22 million people with 678,102 international residents. Situated on the Han River, Seouls history stretches back more than two years when it was founded in 18 BCE by Baekje, one of the Three Kingdoms of Korea. It continued as the capital of Korea under the Joseon Dynasty, the Seoul Capital Area contains five UNESCO World Heritage Sites, Changdeok Palace, Hwaseong Fortress, Jongmyo Shrine, Namhansanseong and the Royal Tombs of the Joseon Dynasty. Seoul is surrounded by mountains, the tallest being Mt. Bukhan, in 2015, it was rated Asias most livable city with the second highest quality of life globally by Arcadis. In 2014, the citys GDP per capita of $39,786 was comparable to that of France and Finland. Ranked sixth in the Global Power City Index and Global Financial Centres Index, Seoul is the worlds most wired city and ranked first in technology readiness by PwCs Cities of Opportunity report. It is served by the KTX high-speed rail and the Seoul Subway, providing 4G LTE, WiFi, Seoul is connected via AREX to Incheon International Airport, rated the worlds best airport nine years in a row by Airports Council International. Lotte World Tower, a 556-metre supertall skyscraper with 123 floors, has built in Seoul and become the OECDs tallest in 2016. Its Lotte Cinema houses the worlds largest cinema screen, Seouls COEX Mall is the worlds largest underground shopping mall. Seoul hosted the 1986 Asian Games,1988 Summer Olympics,2002 FIFA World Cup, the Miss Universe 1980 pageant, a UNESCO City of Design, Seoul was named the 2010 World Design Capital. The city has known in the past by the names Wirye-seong, Hanju. During Japans annexation in Korea, Hanseong was renamed to Keijō by the Imperial authorities to prevent confusion with the hanja 漢, in reality, the ancient name of Seoul, Hanseong, originally had the meaning of big or vast. Its current name originated from the Korean word meaning city, which is believed to be derived from the word Seorabeol, which originally referred to Gyeongju. Unlike most place names in Korea, Seoul has no corresponding hanja, on January 18,2005, Seoul government officially changed its official Chinese language name to Shouer from the historic Hancheng, of which use is becoming less common. Settlement of the Han River area, where present-day Seoul is located, Seoul is first recorded as Wiryeseong, the capital of Baekje in the northeastern Seoul area. There are several city walls remaining in the area date from this time. Pungnaptoseong, a wall just outside Seoul, is widely believed to have been at the main Wiryeseong site. As the Three Kingdoms competed for this region, control passed from Baekje to Goguryeo in the 5th century
23.
Korea Institute for Advanced Study
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The Korea Institute for Advanced Study is an advanced research institute in Korea. It is located on a 30-acre campus at 85 Hoegiro, Dongdaemun-gu, Seoul 02455, KIAS was founded in 1996, aiming to become a worlds leading research institute where international elite scholars gather and dedicate to fundamental research in basic sciences. Currently, there are three Schools in the Institute, Mathematics, Physics, and Computational Sciences, as of 2016, the institute has 3 Distinguished Professors,26 Professors, and 133 Research Fellows. As its name suggests, this Institute was founded modeled on IAS in Princeton, New Jersey, although unlike its original, additionally, KIAS is a subordinary institute of KAIST (Korea Advanced Institute of Science and Technology
24.
Information and Communications University
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Information and Communications University, established in 1998, was a Korean university focused primarily on research and engineering in the field of information technology. It was located in the city of Daejeon and comprised an engineering school, as of 2006, about 20% of the enrolled graduate students were international students. Unlike other Korean universities, almost all courses were taught in English, on March 1,2009, the university merged into KAIST as a separate department, under the name of the Information Technology Convergence Campus. The university consists of a school and a business school. Both are focused on information technology, the engineering school is focused on research in computer science and communications technology and has a total of 764 students. The business school is focused on the managerial and financial aspects of the IT industry and has a total of 162 students, graduate students enroll in M. S. or Ph. D. programs in specialized tracks in engineering or IT-business. It is also possible to enroll in a combined M. S. /Ph. D, the engineering school also offers a master of software engineering program, which is run jointly with Carnegie Mellon University. Courses are taught in spring, summer, and fall terms, almost all of the courses are taught in English. In preparation, undergraduate students receive instruction in the language even before entering the university, the main campus is located in Daedeok Science Town at the city of Daejeon. Most lecture, administrative, and faculty facilities are located in adjoined buildings, research facilities are dispersed throughout several disjoint buildings. Other facilities on the campus include a cafeteria, a dormitory, a branch campus which houses the Digital Media Lab and the Software Technology Institute is located in Gangnam-gu, Seoul. A Lithuanian branch campus is planned to open in September 2007, a heavy emphasis is placed on research. In 2005, the university had the most patents submitted per faculty member among Korean universities and was selected for the seventh Auto-ID Lab.2008 – KAIST officially agrees with merger,2009 – Merged into KAIST Official website ICU Zambia website ICU South Africa website
25.
Jang Yeong-sil
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Jang Yeong-sil was a Korean scientist and astronomer during the Joseon Dynasty. Although Jang was born as a peasant, King Sejongs new policy of breaking class barriers placed on the civil service allowed Jang to work at the royal palace. Jangs inventions, such as the Cheugugi and the water gauge, Jang Yeong-sils birth is recorded only in the genealogy of the Jang family and in the Annals of the Joseon Dynasty. According to these records, his father, Jang Seong-hwi, was the 8th generation of the Jang family, Jang Seong-hwi was the 3rd of 5 brothers and all of the brothers previously were ministers of Goryeo. There are many records about his elder brother, Jang Seong-bal. The Annals state that his mother was a gwangi, thereby their social status was a gwanno, King Sejong the Great of Joseon instituted a policy of selecting officials based on their talent, not by their wealth or social class. Jangs fame gained him entry into the court at Hanseong. Sejong saw that Jang met his expectations in crafts and engineering, the talented scientists recruited under King Sejongs new program worked at the Hall of Worthies. Sejongs first assignment to Jang was to build a celestial globe to measure astronomical objects, books obtained from Arabian and Chinese scholars were not complete in their instructions, for these devices could also be used for military purposes. After two months of study, he made a device that could perform with mediocre accuracy. One year after his first attempt, in 1433, Young-sil made the honcheonui, honcheonui depended on a waterwheel to rotate the internal globe to indicate time. Whether day or night, this allowed the instrument to be updated on the positions of the sun, moon, later celestial globes could measure time changes according to the seasonal variations. These instruments, along with the sundials and water clocks, were stationed around the Kyonghoeru Pond in Kyongbok Palace, the success of Jang Yeong-sils astronomical machines was marked in 1442 AD when the Korean astronomers compiled their computations on the courses of the seven heavenly objects in Chiljeongsan. Although Choe Yun-ui invented the worlds first metal printing press in 1234 during the Goryeo Dynasty, in general, metal movable type printing blocks surpassed the wooden counterparts in durability, clarity, and longevity. Even then, the king asked the scientists at Jiphyeonjeon to build a printing press. In 1434, the scientists accomplished in building Gabinja, which was made of copper-zinc and it was said to be twice as fast as the previous printing presses and print the Chinese characters in astounding beauty and clarity. Gabinja was reproduced six times during the next 370 years, self-striking water clocks had already been invented by the Arabians and the Chinese, and a more advanced form was in use by the Koreans. Although it is believed, Samguk Sagi records that an office overseeing the use of water clocks had been established during the Three Kingdoms Period, the Korean version consisted of two stacked jars of water, with water dropping from the top to the bottom at a measured rate
26.
Daedeok Science Town
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Daedeok Innopolis, formerly known as Daedeok Science Town, is the research and development district in the Yuseong-gu district in Daejeon, South Korea. Daedeok Innopolis grew out of the research cluster established by President Park Chunghee in 1973 with the opening of the KAIST, over 20 major research institutes and over 40 corporate research centers make up this science cluster. Over the last few years, a number of IT venture companies have sprung up in this region, the Daedeok Innopolis logo was created by an industrial design company in Palo Alto, USA named INNO Design
27.
Chungnam National University
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Chungnam National University is a public university in Daejeon, South Korea. It is one of ten Flagship Korean National Universities, Chungnam National University motto is Creativity, Development, and Service to the community. The College of Humanities offers programs in linguistic, literary, cultural, the college was established on March 1,1990, as a separate division from the College of Humanities and College of Law. The main aim of the college is to provide students with academic, scientific, the College of Social Sciences consists of eight departments. The College of Economics and Management aims to produce scholars who can contribute to economic planning, the college holds seminars and special lectures and runs a computer center for the students so that they can get theories and do advanced research in economics and management. The College of Engineering, which boasts the longest history and the largest number of departments is one of the colleges of Chungnam National University. Adjacent to Daedeok Science Town, the birthplace of science and technology in Korea, the faculty contributes to the development of industry in Korea through cooperating with the research centers run by private companies and governmental branches. In 1994, the college was designated a State Policy College of Engineering, in 1999 it received designation as a college supported by the government-sponsored BK21 project, and was awarded government funds to improve the environment of education and research. In the process, it created the foundation which leads to the famous College of Engineering, the College of Agriculture and Life Sciences was started in 1952. In 1996, the College of Agriculture and Life Sciences was selected as a college to cultivate ginseng, fruits. It introduced modern experimental equipment, the green house. In 2001, the first KT&G agricultural life science building in Korea was built, in 2002 a research center that focuses on converting the characters of cloned pigs was founded on funds and the sponsorship of the Korea Science foundation. Research funds of more than 100 million Won and experimental equipment were provided to launch the international research, the college aims at producing scholars and legal officials with knowledge in the fields of law and civil service. The college also aims at producing legal specialists such as judges, students participate in a moot court, moot National Assembly exercises, and legal counseling exercises. The college has graduated approximately 2,000 alumni, the college aims at producing specialists who study and use pharmacological theories and practice. The college provides research to develop culture in art and music, students and alumni participate in art and music activities and express their creativity through concerts and exhibitions. With its professional programs, the college produces specialists who conduct research on the anatomy of animals, the College of Education was established on March 1,2009, yet the university has been providing teacher training since 1970. Most of graduates from the college serve for the position as school teacher, educational administrator
28.
Dark matter
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Dark matter is an unidentified type of matter distinct from dark energy, baryonic matter, and neutrinos whose existence would explain a number of otherwise puzzling astronomical observations. The name refers to the fact that it does not emit or interact with radiation, such as light. The standard model of cosmology indicates that the total mass–energy of the universe contains 4. 9% ordinary matter,26. 8% dark matter and 68. 3% dark energy. Thus, dark matter constitutes 84. 5% of total mass, the most widely accepted hypothesis on the form for dark matter is that it is composed of weakly interacting massive particles that interact only through gravity and the weak force. All these lines of evidence suggest that galaxies, galaxy clusters, and the universe as a whole contain far more matter than that which is observable via electromagnetic signals. Many experiments to detect proposed dark matter particles through non-gravitational means are under way, however, no dark matter particle has been conclusively identified. ”In 1906 Henri Poincaré in the “The Milky Way and Theory of Gases” used dark matter, ” or “matière obscure” in French in discussing Kelvins work. The first to suggest the existence of matter was Dutch astronomer Jacobus Kapteyn in 1922. Fellow Dutchman and radio astronomy pioneer Jan Oort also hypothesized the existence of matter in 1932. In 1933, Swiss astrophysicist Fritz Zwicky, who studied galactic clusters while working at the California Institute of Technology, Zwicky applied the virial theorem to the Coma galaxy cluster and obtained evidence of unseen mass that he called dunkle Materie dark matter. Zwicky estimated its mass based on the motions of galaxies near its edge and compared that to an estimate based on its brightness and he estimated that the cluster had about 400 times more mass than was visually observable. The gravity effect of the galaxies was far too small for such fast orbits. Based on these conclusions, Zwicky inferred that some unseen matter provided the mass and this was the first formal inference about the existence of dark matter. However, Zwicky did correctly infer that the bulk of the matter was dark, the first robust indications that the mass to light ratio was anything other than unity came from measurements of galaxy rotation curves. In 1939, Horace W. Babcock reported the rotation curve for the Andromeda nebula and he attributed it to either light absorption within the galaxy or modified dynamics in the outer portions of the spiral and not to missing matter. Vera Rubin and Kent Ford in the 1960s–1970s provided further strong evidence, Rubin worked with a new spectrograph to measure the velocity curve of edge-on spiral galaxies with greater accuracy. This result was confirmed in 1978, an influential paper presented Rubins results in 1980. According to consensus among cosmologists, dark matter is composed primarily of a not yet characterized type of subatomic particle, the search for this particle, by a variety of means, is one of the major efforts in particle physics. In cosmology, the CMB is explained as relic radiation which has travelled freely since the era of recombination, the CMB’s anisotropies are explained as the result of small primordial density fluctuations, and subsequent acoustic oscillations in the photon-baryon plasma whose restoring force is gravity
29.
Inductive charging
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Inductive charging uses an electromagnetic field to transfer energy between two objects through electromagnetic induction. This is usually done with a charging station, Energy is sent through an inductive coupling to an electrical device, which can then use that energy to charge batteries or run the device. The two induction coils in proximity combine to form an electrical transformer, greater distances between sender and receiver coils can be achieved when the inductive charging system uses resonant inductive coupling. Protected connections – No corrosion when the electronics are all enclosed, less risk of electrical faults such as short circuit due to insulation failure, especially where connections are made or broken frequently. Low infection risk – For embedded medical devices, transmission of power via a magnetic field passing through the skin avoids the risks associated with wires penetrating the skin. Durability – Without the need to plug and unplug the device, there is significantly less wear and tear on the socket of the device. Increased convenience and aesthetic quality – No need for cables Slower charging – Due to the lower efficiency, more expensive – Inductive charging also requires drive electronics and coils in both device and charger, increasing the complexity and cost of manufacturing. Inconvenience - When a mobile device is connected to a cable, it can be moved around. In most implementations of inductive charging, the device must be left on a pad to charge. Newer approaches reduce transfer losses through the use of ultra thin coils, higher frequencies and this results in more efficient and compact chargers and receivers, facilitating their integration into mobile devices or batteries with minimal changes required. These technologies provide charging times comparable to wired approaches, and they are finding their way into mobile devices. For example, the Magne Charge vehicle recharger system employs high-frequency induction to deliver power at an efficiency of 86%. Magne Charge, a largely obsolete inductive charging system, also known as J1773, Qi, an interface standard developed by the Wireless Power Consortium for inductive electrical power transfer. In January 2012, the IEEE announced the initiation of the Power Matters Alliance under the IEEE Standards Association Industry Connections, the alliance is formed to publish set of standards for inductive power that are safe and energy efficient, and have smart power management. The PMA will also focus on the creation of an inductive power ecosystem Rezence was a standard developed by the Alliance for Wireless Power. A4WP and PMA merged in 2015, oral-B rechargeable toothbrushes by the Braun company have used inductive charging since the early 1990s. April 28,2009, An Energizer inductive charging station for the Wii remote was reported on IGN, at CES in January 2009, Palm, Inc. announced their new Pre smartphone would be available with an optional inductive charger accessory, the Touchstone. The charger came with a required special backplate that became standard on the subsequent Pre Plus model announced at CES2010 and this was also featured on later Pixi, Pixi Plus, and Veer 4G smartphones
30.
Convoy
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A convoy is a group of vehicles, typically motor vehicles or ships, traveling together for mutual support and protection. Often, a convoy is organized with armed defensive support and it may also be used in a non-military sense, for example when driving through remote areas. Arriving at the scene of an emergency with a well-ordered unit. Naval convoys have been in use for centuries, with examples of merchant ships traveling under naval protection dating to the 12th century, the use of organized naval convoys dates from when ships began to be separated into specialist classes and national navies were established. By the French Revolutionary Wars of the late 18th century, effective naval tactics had been developed to ward off pirates. Some convoys contained several hundred merchant ships, the most enduring system of convoys were the Spanish treasure fleets, that sailed from the 1520s until 1790. When merchant ships sailed independently, a privateer could cruise a shipping lane, ships sailing in convoy presented a much smaller target, a convoy was as hard to find as a single ship. As a result of the convoy systems effectiveness, wartime insurance premiums were consistently lower for ships that sailed in convoys, losses of ships travelling out of convoy however were so high that no merchant ship was allowed to sail unescorted. In the early 20th century, the changed the balance of power in convoy battles. Steaming faster than merchant ships and firing at long ranges, a battleship could destroy many ships in a convoy before the others could scatter over the horizon. To protect a convoy against a ship required providing it with an escort of another capital ship. Battleships were the reason that the British Admiralty did not adopt convoy tactics at the start of the first Battle of the Atlantic in World War I. But the German capital ships had been bottled up in the North Sea, the Admiralty took a long time to respond to this change in the tactical position, and in April 1917 convoy was trialled, before being officially introduced in the Atlantic in September 1917. Other arguments against convoy were raised, further, large convoys were thought to overload port resources. Actual analysis of shipping losses in World War I disproved all these arguments, at least so far as they applied to transatlantic, ships sailing in convoys were far less likely to be sunk, even when not provided with any escort at all. The loss of productivity due to delays was small compared with the loss of productivity due to ships being sunk. Ports could deal more easily with convoys because they tended to arrive on schedule, Convoy duty also exposes the escorting warships to the sometimes hazardous conditions of the North Atlantic, with only rare occurrences of visible achievement. The British adopted a system, initially voluntary and later compulsory for almost all merchant ships
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Artificial intelligence
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Artificial intelligence is intelligence exhibited by machines. Colloquially, the artificial intelligence is applied when a machine mimics cognitive functions that humans associate with other human minds, such as learning. As machines become increasingly capable, mental facilities once thought to require intelligence are removed from the definition, for instance, optical character recognition is no longer perceived as an example of artificial intelligence, having become a routine technology. AI research is divided into subfields that focus on specific problems or on specific approaches or on the use of a tool or towards satisfying particular applications. The central problems of AI research include reasoning, knowledge, planning, learning, natural language processing, perception, general intelligence is among the fields long-term goals. Approaches include statistical methods, computational intelligence, and traditional symbolic AI, Many tools are used in AI, including versions of search and mathematical optimization, logic, methods based on probability and economics. The AI field draws upon computer science, mathematics, psychology, linguistics, philosophy, neuroscience, the field was founded on the claim that human intelligence can be so precisely described that a machine can be made to simulate it. Some people also consider AI a danger to humanity if it progresses unabatedly, while thought-capable artificial beings appeared as storytelling devices in antiquity, the idea of actually trying to build a machine to perform useful reasoning may have begun with Ramon Llull. With his Calculus ratiocinator, Gottfried Leibniz extended the concept of the calculating machine, since the 19th century, artificial beings are common in fiction, as in Mary Shelleys Frankenstein or Karel Čapeks R. U. R. The study of mechanical or formal reasoning began with philosophers and mathematicians in antiquity, in the 19th century, George Boole refined those ideas into propositional logic and Gottlob Frege developed a notational system for mechanical reasoning. Around the 1940s, Alan Turings theory of computation suggested that a machine, by shuffling symbols as simple as 0 and 1 and this insight, that digital computers can simulate any process of formal reasoning, is known as the Church–Turing thesis. Along with concurrent discoveries in neurology, information theory and cybernetics, the first work that is now generally recognized as AI was McCullouch and Pitts 1943 formal design for Turing-complete artificial neurons. The field of AI research was born at a conference at Dartmouth College in 1956, attendees Allen Newell, Herbert Simon, John McCarthy, Marvin Minsky and Arthur Samuel became the founders and leaders of AI research. At the conference, Newell and Simon, together with programmer J. C, shaw, presented the first true artificial intelligence program, the Logic Theorist. This spurred tremendous research in the domain, computers were winning at checkers, solving problems in algebra, proving logical theorems. By the middle of the 1960s, research in the U. S. was heavily funded by the Department of Defense and laboratories had been established around the world. AIs founders were optimistic about the future, Herbert Simon predicted, machines will be capable, within twenty years, Marvin Minsky agreed, writing, within a generation. The problem of creating artificial intelligence will substantially be solved and they failed to recognize the difficulty of some of the remaining tasks
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College and university rankings
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College and university rankings are rankings of institutions in higher education ordered by various combinations of various factors. Rankings have most often conducted by magazines, newspapers, websites, governments. In addition to ranking entire institutions, organizations perform rankings of specific programs, departments, various rankings mostly evaluating on institutional output by research. Some rankings evaluate institutions within a country, while others assess institutions worldwide. The subject has produced much debate about rankings usefulness and accuracy, the expanding diversity in rating methodologies and accompanying criticisms of each indicate the lack of consensus in the field. The variety of academic rankings provide an overview and insightful overlook of different academic institutions on composite capabilities in academia. For rankings of United States universities in particular, see Rankings of universities in the United States, several organizations produce worldwide university rankings, including the following. The ranking is funded by the Chinese government and its purpose was to measure the gap between Chinese and world class universities. In the 2015 Academic Ranking of World Universities there are no Chinese universities in the first 100 of 500 places, ARWU rankings have been cited by The Economist magazine. It has been lauded for being consistent and transparent based on an article, the education ministers of France, Norway and Denmark traveled to China to discuss and find ways to improve their rankings. ARWU does not rely on surveys and school submissions, among other criteria, ARWU includes the number of articles published by Nature or Science and the number of Nobel Prize winners and Fields Medalists. Harvard has topped the ranking for years, one of the primary criticisms of ARWUs methodology is that it is biased towards the natural sciences and English language science journals over other subjects. This Saudi Arabia-based consulting organization has published rankings of world universities since 2012. This university ranking is owned by the French consulting company and rating agency SMBG and it ranks masters and MBA in its 9 geographical regions. G-factor ranks university and college web presence by counting the number of only from other university websites. G-factor is an indicator of the popularity or importance of each universitys website from the perspectives of other institutions. The annual U. S. News Best Global Universities rankings were produced to provide insight into how universities compare globally. The Best Global Universities rankings also provide insight into how U. S. universities – which U. S. News has been ranking separately for more than 30 years – stand globally
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Academic Ranking of World Universities
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Academic Ranking of World Universities, also known as Shanghai Ranking, is an annual publication of university rankings by Shanghai Ranking Consultancy. The publication currently includes worlds overall and subject league tables, alongside independent regional Greater China Ranking, ARWU is regarded as one of the three most influential and widely observed university measures, alongside QS World University Rankings and Times Higher Education World University Rankings. It is praised for its objective methodology but draws some condemnation for narrowly focusing on raw power, undermining humanities. ARWU is praised by media and institutions for its methodology. A survey on higher education published by The Economist in 2005 commented ARWU as the most widely used annual ranking of the research universities. In 2010, The Chronicle of Higher Education called ARWU the best-known, EU Research Headlines reported the ARWUs work on 31 December 2003, The universities were carefully evaluated using several indicators of research performance. Chancellor of University of Oxford, Chris Patten and former Vice-Chancellor of Australian National University, Ian Chubb, said and it looks like a pretty good stab at a fair comparison. And The SJTU rankings were reported quickly and widely around the offer an important comparative view of research performance. Philip G. Altbach named ARWUs consistency, clarity of purpose, whilst ARWU has originated in China, the ranking have been praised for being unbiased towards Asian institutions. Like all other rankings, ARWU has criticism and it is condemned for relying too much on award factors thus undermining the importance of quality of instruction and humanities. A2007 paper published in the journal Scientometrics found that the results from the Shanghai rankings could not be reproduced from raw data using the described by Liu. A2013 paper in the journal finally showed how the Shanghai ranking results could be reproduced. In a report from April 2009, J-C, billaut, D. Bouyssou and Ph. Vincke analyse how the ARWU works, using their insights as specialists of Multiple Criteria Decision Making. The ARWU researchers themselves, N. C Liu and Y Cheng, think that the quality of universities cannot be measured by mere numbers. They suggest that university and college rankings should be used with caution, ARWU has been criticised by the European Commission as well as some EU member states for favour Anglo-Saxon higher education institutions. It is also criticised in France for its use as a motivation for fusing universities into larger ones, indeed, number of publications or award winners will mechanically add as universities are grouped, independently of research quality. The weighting of all the other remains unchanged, thus the grand total of 70%. There are two categories in ARWUs disciplinary rankings, broad subject fields and specific subjects, the methodology is similar to that adopted in the overall table, including award factors, paper citation, and the number of highly cited scholars
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Times Higher Education World University Rankings
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Times Higher Education World University Rankings is an annual publication of university rankings by Times Higher Education magazine. The publisher had collaborated with Quacquarelli Symonds to publish the joint THE–QS World University Rankings from 2004 to 2009 before it turned to Thomson Reuters for a new ranking system. It is considered as one of the most widely observed university measures together with Academic Ranking of World Universities and it is praised for having a new improved methodology but undermining non-English-instructing institutions and being commercialized are the major criticisms. Times Higher Education chose to partner with educational and careers advice company QS to supply the data, the publication developed a new rankings methodology in consultation with its readers, its editorial board and Thomson Reuters. Thomson Reuters will collect and analyse the data used to produce the rankings on behalf of Times Higher Education, the first ranking was published in September 2010. In fact, the surveys of reputation, which made up 40 percent of scores, and its clear that our research measures favored the sciences over the humanities. He went on to describe previous attempts at peer review as embarrassing in The Australian, The sample was too small. THE published its first rankings using its new methodology on 16 September 2010, the Globe and Mail in 2010 described the Times Higher Education World University Rankings to be arguably the most influential. The inaugural 2010-2011 methodology contained 13 separate indicators grouped under five categories, Teaching, research, citations, international mix, the number of indicators is up from the Times-QS rankings published between 2004 and 2009, which used six indicators. A draft of the methodology was released on 3 June 2010. The names of the categories and the weighting of each was modified in the final methodology, the overall ranking score was calculated by making Z-scores all datasets to standardize different data types on a common scale to better make comparisons among data. The reputational component of the came from an Academic Reputation Survey conducted by Thomson Reuters in spring 2010. The survey gathered 13,388 responses among scholars statistically representative of global higher educations geographical, the magazines category for industry income – innovation came from a sole indicator, institutions research income from industry scaled against the number of academic staff. The magazine stated that it used this data as proxy for high-quality knowledge transfer, the Times stated that articles published in 2009–2010 have not yet completely accumulated in the database. The magazine announced on 5 September 2011 that its 2011–2012 World University Rankings would be published on 6 October 2011, at the same time, the magazine revealed changes to the ranking formula that will be introduced with the new rankings. The methodology will continue to use 13 indicators across five categories and will keep its fundamental foundations. Teaching and research will each remain 30 percent of the overall score, however, a new international outlook – staff, students and research will be introduced and will make up 7.5 percent of the final score. One 2011–2012 indicator, the public research income, will be dropped
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Thomson Reuters
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Thomson Reuters Corporation is a multinational mass media and information firm with operational headquarters at 3 Times Square in Manhattan, New York City. The firm was founded in Toronto, Ontario, Canada, where its legal domicile offices are located at 333 Bay Street in Downtown Toronto, Thomson Reuters shares maintain a dual listing on the New York Stock Exchange and the Toronto Stock Exchange. Thomson Reuters was ranked as Canadas leading corporate brand in the 2010 Interbrand Best Canadian Brands ranking, Thomson Reuters operates in more than 100 countries, and has more than 60,000 employees around the world. The chief executive of the company is James C. Smith, who was the executive for the professional division, and the chairman is David Thomson. The company was founded by Roy Thomson in 1934 in Ontario as the publisher of The Timmins Daily Press, in 1953, Thomson acquired the Scotsman newspaper and moved to Scotland the following year. He consolidated his position in Scotland in 1957 when he won the franchise for Scottish Television. In 1959, he bought the Kemsley Group, a purchase that eventually gave him control of the Sunday Times and he separately acquired the Times in 1967. He moved into the business in 1965, when he acquired Britannia Airways and into oil. The company at time was known as the International Thomson Organisation Ltd. In 1989, ITOL merged with Thomson Newspapers, forming The Thomson Corporation, in 1996, The Thomson Corporation acquired West Publishing, a purveyor of legal research and solutions including Westlaw. The Company was founded by Paul Julius Reuter in 1851 in London as a business transmitting stock market quotations, in 1865, Reuters in London was the first organization to report the assassination of Abraham Lincoln. The company was involved in developing the use of radio in 1923 and it was acquired by the British National & Provincial Press in 1941 and first listed on the London Stock Exchange in 1984. The Thomson Corporation acquired Reuters Group PLC to form Thomson Reuters on April 17,2008, Thomson Reuters operated under a dual-listed company structure and had two parent companies, both of which were publicly listed — Thomson Reuters Corporation and Thomson Reuters PLC. In 2009, it unified its dual listed company structure and stopped its listing on the London Stock Exchange and it is now listed only as Thomson Reuters Corporation on the New York Stock Exchange and Toronto Stock Exchange. On February 13,2013, Thomson Reuters announced it would cut 2,500 jobs to cut cost in its Legal, Financial and Risk division. On October 29,2013, Thomson Reuters announced it would cut another 3,000 jobs, mostly in its Legal, Financial, the Thomson-Reuters merger transaction was reviewed by the U. S. Department of Justice and by the European Commission. On February 19,2008, both the Department of Justice and the Commission cleared the transaction subject to minor divestments and these remedies were viewed as very minor given the scope of the transaction
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JoongAng Ilbo
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JoongAng Ilbo is a South Korean daily newspaper published in Seoul, South Korea. It is one of the three biggest newspapers in South Korea, the paper also publishes an English edition, Korea JoongAng Daily, in alliance with the International New York Times. It was first published on September 22,1965 by Lee Byung-chul, in 1980, JoongAng Ilbo gave up TBC and TBC merged with KBS. JoongAng Ilbo is the pioneer in South Korea for the use of horizontal copy layout, topical sections, since April 15,1995, JoongAng Ilbo has been laid out horizontally and also became a morning newspaper from then on. The Korea JoongAng Daily is the English language version of the newspaper and it runs mainly news and feature stories by staff reporters, and some stories translated from the Korean language newspaper. The Korea JoongAng Daily is currently sold together with the International New York Times, as of March 18,2007, it has produced a Sunday edition called JoongAng Sunday. JoongAng Ilbo also publishes a United States edition, with branches from Toronto to Buenos Aires and its parent company, Joongang Media Network holds publication rights to Korean editions of Newsweek and Forbes as well as 25% of the shares of JTBC cable TV. List of newspapers in South Korea Communications in South Korea List of Korea-related topics Joongang Tongyang Broadcasting Company Official website Korea JoongAng Daily Joins. com
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Asia
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Asia covers an area of 44,579,000 square kilometres, about 30% of Earths total land area and 8. 7% of the Earths total surface area. The continent, which has long been home to the majority of the population, was the site of many of the first civilizations. Asia is notable for not only its large size and population. In general terms, Asia is bounded on the east by the Pacific Ocean, on the south by the Indian Ocean, the western boundary with Europe is a historical and cultural construct, as there is no clear physical and geographical separation between them. The most commonly accepted boundaries place Asia to the east of the Suez Canal, the Ural River, and the Ural Mountains, and south of the Caucasus Mountains, China and India alternated in being the largest economies in the world from 1 to 1800 A. D. The accidental discovery of America by Columbus in search for India demonstrates this deep fascination, the Silk Road became the main East-West trading route in the Asian hitherland while the Straits of Malacca stood as a major sea route. Asia has exhibited economic dynamism as well as robust population growth during the 20th century, given its size and diversity, the concept of Asia—a name dating back to classical antiquity—may actually have more to do with human geography than physical geography. Asia varies greatly across and within its regions with regard to ethnic groups, cultures, environments, economics, historical ties, the boundary between Asia and Africa is the Red Sea, the Gulf of Suez, and the Suez Canal. This makes Egypt a transcontinental country, with the Sinai peninsula in Asia, the border between Asia and Europe was historically defined by European academics. In Sweden, five years after Peters death, in 1730 Philip Johan von Strahlenberg published a new atlas proposing the Urals as the border of Asia, the Russians were enthusiastic about the concept, which allowed them to keep their European identity in geography. Tatishchev announced that he had proposed the idea to von Strahlenberg, the latter had suggested the Emba River as the lower boundary. Over the next century various proposals were made until the Ural River prevailed in the mid-19th century, the border had been moved perforce from the Black Sea to the Caspian Sea into which the Ural River projects. The border between the Black Sea and the Caspian is usually placed along the crest of the Caucasus Mountains, the border between Asia and the loosely defined region of Oceania is usually placed somewhere in the Malay Archipelago. The terms Southeast Asia and Oceania, devised in the 19th century, have had several different geographic meanings since their inception. The chief factor in determining which islands of the Malay Archipelago are Asian has been the location of the possessions of the various empires there. Lewis and Wigen assert, The narrowing of Southeast Asia to its present boundaries was thus a gradual process, Asia is larger and more culturally diverse than Europe. It does not exactly correspond to the borders of its various types of constituents. From the time of Herodotus a minority of geographers have rejected the three-continent system on the grounds there is no or is no substantial physical separation between them
