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2017-04 10 Important News

[Academics]For the Future of Alternative Fuel Vehicles

It is a well-known fact that carbon-based vehicles are one of the main factors for causing problems that threatens environmental security such as climate change. It was an impediment task to develop Alternative Fuel Vehicles (AFV) to reduce the amount of fossil fuel for the upcoming future. However, while the introduction of such eco-friendly transportation system has drawn a lot of attention, it has failed to become as widespread as it was expected to be. Professor Jeong In-jae of the Department of Industrial Engineering pointed out that it is mainly because of the serious lack of AFV’s refueling stations, which could be either electricity recharging stations or hydrogen stations. From his recent article “An optimal approach for a set covering version of the refueling-station location problem and its application to a diffusion model”, Jeong suggested the desirable algorithm example to build the most efficient number of refueling station to reduce the investment costs needed to develop refueling infrastructure. Jeong said increasing the number of refueling stations is the first task to motivate AFV industry. “It is like a vicious cycle,” said Jeong. A lot of people are being hesitant to change their conventional carbon-based vehicles to AFV because there is no sound infrastructure to support AFV. Thus, possible manufacturers of refueling stations also become hesitant to build more as there are no sufficient demand. “Everybody agrees with the impediment need for more spread of AFVs, but there are obvious vicious cycle which disturbs it. It is necessary for the government to step in the market,” said Jeong. To first initiate the growth of the market of both AFV and its refueling station, it is necessary to make initial investment possible, which is the problem of finance. To minimize the needed expense, Jeong assumed two situations to suggest different algorithms respectively. The difference between two situation lies whether there is or no existing refueling station as the math would be different between the two. The aim of the algorithm was same tough, to make the less stations for the greater effect. “I started to gain interest on the subject about 7 years ago. I had a chance to meet some the professors in the United States who had a same interest about AFVs. Thought that it is the subject which perfectly meets what is actually needed in the current society,” said Jeong. He also added how it is hard to know what kind of AFV will lead the future automobile industry is still yet to be clear, it is very important to prepare it beforehand. “It is hard to say that electric cars are the ones which is most eco-friendly as electricity still is an energy that is made from fossil fuels. Hydrogen cars are better in such aspect. But we don’t know the future so we have to have a theory and policy regarding both of them beforehand,” said Jeong. An example of a refueling station for electric cars. (Photo courtesy of bizwatch) While it is agreed by many that the research and development of AFVs main infrastructure should be more progressed and encouraged, Jeong said it is unfortunate to witness how the Korean government is merely trying to take care of matters as they come, which can lead to serious waste of the government budget. Still, regarding the topic, Jeong is now preparing to write another paper. If this paper was about how to calculate the most efficient number of stations, the next subject for his research is to calculate the most desirable driving route for an AFV. “Compared to carbon-based vehicles where stations are now practically easy-to-find and access, AFVs have a limited vehicle range. It can be different by company to company but the average distance is 130km when the car is fully charged. However, considering the fact that there are still less stations and cars have to recharge during its route, the efficient route of AFV is drastically different from that of carbon-based vehicles,” explained Jeong. Although Jeong had to work on all research by himself, he said it is still a big pleasure for him to work as a ‘researcher’. “When a lot of professors reach into years of careers, they become more of a ‘manager’ than a ‘researcher’. Instead of being involved in a research, they became a manager who direct and instruct his or her fellow researchers of graduate students. However, I thought that I’d want to remain as a researcher which led me to spare more time on my own research. It is tough and hard to do, but I want to keep my identity as a scholar as long as I can.” As a researcher, Jeong will continue on devoting his passion. Yun Ji-hyun Photos by Choi Min-ju

2017-04 10 Important News

[General]Who’s Still Working?

On an ordinary rainy night, the campus seems serene. Lights are on here and there, and few people are spotted heading home, calling it a day. Aimlessly walking through buildings and taking a look at what students were working on, their fatigue and zeal were evident. News H reporters this week toured around both campuses and met students working into the night at school. A group of actors First, stepping into the ITBT building (Seoul Campus), where practicing rooms for ballet, theater and music are situated, News H reporters caught sight of a group of play actors. They were honing their acting skills for their upcoming performance this May- Macbeth 2017. The actors were practicing psychologic gestures in a circle while reciting their own lines. They normally gather at the practice room every night and practice until 10 p.m. “As an actor, it is our role to demonstrate the faults in our reality by depicting them expressively. In the play Macbeth 2017, we are portraying the nature of one’s inner greed and how it can be overwhelming and self-destructive if swayed more frequently than permissible,” Kim Young-rae (Department of Theater and Film, Graduate School), one of the actors in the group noted. Actors are practicing psychologic gestures with their lines. A trio of gayageum and geomungo Moving on to Paiknam Concert Hall (Seoul Campus), trails of Korean instrument sounds led reporters to a small room of three students from the Department of Korean Traditional Music. They were practicing an arrangement piece for their exam since 5 p.m., and were to keep practicing until the building closes at 11 p.m. As string instrument majors, they had calluses on their hands, due to many years of practice every day. They confessed that the room could be extremely humid in the summer and freezing cold in the winter. Nevertheless, they would not be deterred from going there to practice. Three students were spotted practicing their instruments. Sketching and stitching people Next, visiting the College of Human Ecology (Seoul Campus), a room occupied by a number of students was observed. Students majoring in Clothing and Textiles were working on their class assignments by drawing patterns on a piece of clothing quite similar to an architectural blueprint. One of the students described assignment nights as sleepless because of the time and conscientious effort that goes into completing the work. Students said they typically linger around to work until the building closes at 10 p.m. Peeking through the door, the students were found working quietly. Two mechanics in a lab Two students of the Mechanical Engineering Graduate School (ERICA Campus), were in an engine laboratory designated for designing engines and testing newly designed ones. The two engineers were coordinating the pipes where coolants are transported and displacing and reorganizing them into new positions. Neither one of them could say for sure when the project is to be completed since they had just begun working on the task. No doubt they will be working on it day and night. The two students are relocating equipments for coolants. Two pharmacists in a lab Moving to the next place, an interesting scene was captured. Two students of the Department of Pharmacy (ERICA Campus) were creating and testing new drugs. They had composed a formula of a drug with a number of candidate substances and were experimenting whether it would be applicable under certain circumstances or not. Once the formula meets a list of conditions satisfactorily, it is to be tested on mice then on cats or rabbits. They began their experiment at 9a.m. and had been working for longer than half a day. After they leave the lab around 10 p.m., the students are planning to study more. In a laboratory, two students were testing several substances for a new drug. A class of ballerinas A group of ballerinas had gathered in a practice room on ERICA Campus participating in a special license-obtaining course offered by the Social Education Center. The license is one of the graduation requirements for the students of the Department of Dance, which naturally attracts a lot of students. They have classes three times a week starting at 7 p.m. and ending at 9 p.m. Students majoring in dance are participating in a course for a license. Jeon Chae-yun Photos by Kim Youn-soo

2017-04 05

[Performance]Hanyang University ranked 1st in the nation, 10th worldwide

Hanyang University scored within the world’s top 10 in Electrochemistry in the ‘2017 CWUR Rankings by Subject (2017). This field achieved first place in national rank. The CWUR (Center for World University Rankings), the largest academic ranking organization that rates universities around the world, unveiled the top 10 list of 227 subjects on April 3. Hanyang University ranked 10th in the field of Electrochemistry, an energy-related field where Hanyang University’s Department of Energy Engineering received numerous positive reviews in major scholarly journals. The CWUR Rankings by Subject 2017 highlights the world’s elite universities in the sciences and the social sciences, based on the number of research articles in top-tier journals. Data is obtained from Clarivate Analytics (previously the Intellectual Property and Science business of Thomson Reuters). More information about the methodology is available at: ▶ ELECTROCHEMISTRY World Rank University Score 1 Tsinghua University (CH)) 100.00 2 Central South University (CH) 99.37 3 China Harbin Institute of Technology (CH) 99.20 4 University of Science and Technology of China (CH) 97.28 5 Zhejiang University (CH) 94.95 6 China University of Chinese Academy of Sciences (CH) 94.44 7 Shanghai Jiao Tong University (CH) 93.97 7 Tianjin University (CH) 93.97 9 South China University of Technology (CH) 92.62 10 Hanyang University (KR) 91.15

2017-04 04 Important News

[Student]My First Semester at Hanyang University

In Hanyang University (HYU), there are approximately 2500 international students, including those who came as exchange students. Every new year, more international students are coming to HYU with high hopes and expectations to further their studies and to have a new experience. This week, News H met with 3 of the new international students in this spring semester. From Pakistan, Abubakar Sharafat (Civil Engineering, Integrated Master’s-Doctor’s Program) As he has much time in Korea, Sharafat said he wants to visit as many places as he can in Korea. After graduating from his university, Sharafat wanted to continue his studies. While searching for graduate schools, Sharafat started to have an interest in Korea and HYU. “At the company I was working at after graduation, several colleagues of mine recommended Korea. They told me that Korea is highly developed in the field of Civil Engineering, and HYU is the best school in engineering studies,” said Sharafat. Besides from the fame of HYU in engineering studies, friends of Sharafat who already studied in HYU, also told positive experience they had to Shrafat. Positive experience of friends motivated him to choose the HYU. “Now, because of my recommendation, my sister will also join me in HYU, which is a good news.” “I am currently here as a scholarship student of the Pakistan government, I will be here for about 5 years, so I will have to get used to many things in Korea like the language and food,” said Sharafat. Still, Sharafat said that he was surprised to see many commonalities between the culture of Pakistan and Korea. “Soon after I came to Korea, I found out that Koreans and Pakistanis both emphasize the respect for elders. Other than that, when I went to the field trip to Damyang with other international students, we got to make Korean traditional rice snack, which is also the famous sweet treat in Pakistan, called ‘Maronda’.” From France, Guzelya Marisova (International business management, Master’s program) Some of the left things-to-do for Marisova is to study Korean hard, visit Kookiwon (National Taekwondo Institute), and Hanwok village. Marisova’s decision to come to HYU and Korea is highly relevant with her love toward taekwondo. She has been playing taekwondo for 13 years now since she was 11. When she grew older and moved to France from Kazakhstan in 2014, she won a world champion title in WASCO (World All Style Combat Organization). “I first witnessed taewondo in a demo show back in my school when I was living in Kazakhstan. As soon as I saw it, I thought it was what exactly I need, and that I could protect myself with it. Since then, coming to Korea was one of my bucket lists,” said Marisova. While learning taekwondo, she was also impressed with the Korean culture, ‘ye’ (manners and respects between people) that is permeated inside of it. Her love toward taekwondo naturally led her to learn Korean as well. Even before coming to Korea, Marisova said she was taking Korean classes. Currently in HYU as well, Marisova is taking a Korean class. “I am still in the level of a beginner, but I hope staying in Korea will help me learning it faster, to communicate in Korean fluently.” Marisova also shared how thankful she is for the kind and clear instructions of Korean professors. While Marisova is quite familiar with some culture of Korea, She said she witnessed cultural stereotype in the country. “One thing I noticed in Korea was a cultural stereotype still existing in Korea,” explained Mariova. “As I am not a white Caucasian, people generally don’t think I could be a French. It is understandable because immigration is not as widespread in Korea.” From Germany, Ildikó Brust (Business Administration, 3rd year) If she has a chance, Brust said she wants to visit DMZ one again, as far as civilians are allowed to go. Among the 3 students, Brust is the one who is having the completely new experience in HYU and in Korea. “Before coming to HYU, I absolutely knew little about Asia, which was the reason why I chose Korea. I wanted to go to a place that is completely different in every way and that gave quite a surprise to my family and friends,” said Brust. Similar to other international students, Brust was able to find out about HYU because of her friend’s recommendation. “One of my German friend told me all about the amazing experiences she had in HYU, which really led me to come to HYU.” “What I really find cool is how big and modern the campus is, it is really different from my school back in Germany. I find it very nice to see all the convenience facilities like cafeterias and coffee shops inside the campus,” said Brust. Also, in classes, Brust was amazed how participative and helpful students are. "People tend to be more individualistic in Germany, but in Korea people have a stronger sense of community. I really do appreciate how students always try to help me.” Until now, one of the most memorable place Brust went in Korea was Demilitarized Zone (DMZ). “Even before coming to Korea, I was planning to visit DMZ. Korea is the only country separated in the world now and we hear all the shocking and terrible news about North Korea. I wanted to see a little bit of that myself.” After visiting DMZ, Brust thought she would want to go there one more time, to further inside where civilians can still go. Whether it is just for a semester or more years to come, News H hope all international students to have a best experience inside HYU. Yun Ji-hyun Photos by Moon Hana

2017-04 03 Important News

[Academics][Researcher of the Month] Detecting Ultra-Sensitive Benzene

Professor Kim Hyoun-woo of the Division of Materials Science and Engineering is April’s Researcher of the Month, for his active role in exploring the field of materials science and engineering. In his paper “Ultra-sensitive benzene detection by a novel approach: Core-shell nanowires combined with the Pd-functionalization”, Kim explains how the detection of benzene gas has become much more efficient than ever. The palladium being extra sensitive to benzene gas has been the key to the detection technique which has drawn attention in this field. Kim has discovered the link between palladium and benzene gas. The Pd-functionalized SnO2-ZnO C-S NW is the substance developed by Kim in order to detect benzene, a toxic gas. Since nano-sized palladium particles are added on a cell with SnO2 and ZnO covered on top, the sensor produces a spillover effect, distributing the benzene gas particles along the conduction band. The effectiveness of Kim's model is proven through the gas response. (Photo courtesy of Kim) This is important since benzene gas can be found in everyday life. It is inside cigarette smoke, smog, exhaust fumes and may be found in new houses, creating sick house syndrome. Through Kim’s finding, this benzene gas, which could be lethal to human lives, can be spotted in a much more sensitive manner. Since the sensors and cells created in a smaller size would lead to higher sensitivity, the particles have been selected in nano-sizes. The only problem that could arise with this sensor is that it depends heavily upon the selectivity of which gas it wants to detect. The compatibility between different particles could create great results as Kim has found out in the case of palladium and benzene, while in other cases, disastrous results may be spawned. Kim explains how his model works. Kim wishes to develop better usage of sensors than those that are being distributed in every day life as of now. “I want to find the best usage of a new sensing principle totally different from the current ones,” said Kim. Kim Seung-jun Photos by Choi Min-ju

2017-03 28

[Academics]Impact of Nickel on Frog Embryos

Environmental pollution permeates many lives of animals and humans and lowers the quality of life due to causes that consist of not only diseases but surprisingly of malformations as well. Professor Gye Myung-chan of the Department of Life Science specializes in the embryology of mammals and amphibians, and the harmful effects of environmental pollutants, such as heavy metals and endocrine-disrupting chemicals (EDC). Graduated from both HYU and its graduate school, he was given many awards and president of various academic societies, such as Korean Society of Environmental Biology. His recently published paper called “Nickel affects gill and muscle development in oriental fire-bellied toad (Bombina orientalis) embryo” observes nickel’s adverse influence to frog’s embryos. Gye is interested in embryology, which is a field of study that observes the early stages of life including the formation of sperm, ovum, and embryo. Even though amphibians include most endangered animals compared to other species, there is not enough research about frogs. This situation applies to studies about how organisms are affected by environmental pollutants occurred by artificial causes, such as nickel and other heavy metals, which is being researched by a lot of scholars. Searching for his own domain of studies, Gye decided to conduct an experiment regarding how nickel can negatively affect Bombina orientalis, a common widespread frog that lives in Korea. Due to its mild disposition, big and thus easily observable eggs, and the small body size being the advantage of handling with ease, the frog was chosen for the subject of Gye’s studies. “I also wanted to show that Korean frogs can be used as an important biological resource.” Gye included. To begin with, Gye let the frog’s embryos grow in multiple amount of nickel for 168 hours and found out the sublethal and lethal concentrations of the substance. “Sublethal concentration, which is about 1~10 uM (the 1,000,000/1 of 1 mole) is where embryos survive to display various abnormalities, such as underdevelopment of gills, tail dysplasia, bent trunk, and abdominal blister. On the other hand, lethal concentration, approximately 100 uM, is where death of embryos disenable the observation of their malformation,” said Gye. Various deformations of tadpoles under sublethal nickel concentration. (Photo courtesy of Gye) The period where the embryos were most sensitive to nickel was the ‘pre-muscular response to muscular response stages’. These stages are when the embryos develop to use their muscles to make their tail move. “Like the thalidomide incident where the babies of women who take doses of the medicine to reduce nausea in the early stage of their pregnancy became deformed, there is a much more sensitive period of certain substance’s adverse effects, ” explained Gye. The deformation of the embryo's tail during ‘pre-muscular response to muscular response stages’. The stage is where the tadpole starts to move its tail using its muscles. (Photo courtesy of Gye) Seeing that the tadpoles displayed signs of deformations, especially the abnormality of tail muscles, he cloned their DNA that controls the development of the muscles to find out the exact causes for the malformations. “DNA transcripts RNA, and it makes proteins. Proteins that are needed for composing muscles is then selectively turned on by hormones. Next, the signals of the hormones are caught by the transcription factors that help produce RNA,” Gye described. Then, he discovered that nickel prevented the activation of the transcription factors such as myogenic regulatory factor 4 mRNA, thus inhibiting the development of muscle proteins. Gye also found out that exogenous calcium reacts oppositely to nickel’s adverse effects. “The composition of calcium is similar to that of nickel. They compete against each other and then calcium replaces nickel, “ Gye mentioned. Gye found out that calcium’s substitution of nickel restores some of its negative effects to the embryos by re-increasing protein levels and calcium-dependent kinase activities, which has the role of changing the structures of proteins. “The dangers of nickel and other heavy metals apply not only to frog embryos, but also to other species and humans. The only solution to the problem is to reduce and prevent the spills of nickel caused by mining and industrial production, and law enforcement that regulates the spills is necessary,” Gye explained. Greatly interested in environment and the humans that live in it, Gye is currently leading the Enterprise Organization for Development of Alternative Chemicals of EDC of the Ministry of Science, ITC, and Future Planning. “I hope, through my research that I could realize Hanyang’s founding philosophy, Love in Deed, by enabling people to live healthier. I wish I could benefit the society by conducting useful and practical research,” Gye said. "I want to realize the founding philosophy of Hanyang by heightening the quality of life through my research." Jang Soo-hyun Photos by Choi Min-ju

2017-03 25

[General]Cycling Around Seoul

Cycling is a form of great exercise, and a mode of green transportation that takes people along far greater distances compared with walking. With certain problems affiliated with owning a bicycle, whether it be the cost or the fear of getting the bike stolen, there is no longer any need to worry- with Seoul Bikes being provided around the city. Currently, 450 stations with 5,600 bikes are available all around Seoul and is estimated to increase in number, up to 20,000 bikes, with 1,300 stations to be built by the end of this year. Seoul Bike Two types of tickets are available for Seoul Bikes: seasonal vouchers, and one-day membership vouchers. The price of a one-day voucher is 1,000 won, but in order to ride the bike for the whole day, it has to be returned to any station within one hour since its rental time and additional charges would be applied if the bicycle is not returned within the original rental time. In other words, the bike rental service itself is available for the whole day under the premise that bicycles are returned to any station in Seoul every hour. Procedures for renting Seoul Bikes. (Photo courtesy of Seoul Bike) Most stations exist where a lot of people visit or pass through, which makes it easier to access the bikes. Since mobile applications are also available, there is no need to worry whether a certain station has all of its bikes rented out or not. The app's services come with the locations of bike stations and how many bikes are available in real-time. Additionally, useful features such as the distance travelled, riding hours, calorie consumption, and CO2 reduction make the bicycle ride more worthwhile. Riding along the bike roads will lead to Han River. Courses around Hanyang University Some of the best bike courses are provided around Hanyang University following the Jung-rang stream. The courses lead to Seoul Forest, Cheong-gye stream and as far as Han river as well. In addition, since there are quite a lot of Seoul Bike stations on the way, which makes the check-in and out processes much easier. Road signs are available, and places to rest on the way are also offered. Great views on the way to Seoul Forest. As the weather gets warmer, it would be quite nice to travel around Seoul on a bike. It's great exercise as well as it being an opportunity to contribute to CO2 reduction compared to riding cars or buses. Kim Seung-jun Photos by Kim Seung-jun

2017-03 22

[Event]Foreign students from Hanyang University participate farm experience (1)

Foreign students at Hanyang University participated in a farm experience event in Muwol Village, Damyang-gun, South Jeolla Province on June 19. Hanyang University Office of International Affairs organized a field trip event to provide foreign students with opportunities to experience rural culture in Korea and help revitalize rural areas. About 40 foreign students attending the event were mainly from the US, Germany, France, Kazakhstan, and China. In addition to making the rice glue balls, they also enjoyed making rice cakes and experiencing natural dyeing. ▲ Foreign students at Hanayang participating in farm experience ▲ Foreign students at Hanayang participating in farm experience ▲ Foreign students at Hanayang participating in farm experience ▲ Foreign students at Hanayang participating in farm experience ▲ Foreign students at Hanayang participating in farm experience ▲ Foreign students at Hanayang participating in farm experience ▲ Foreign students at Hanayang participating in farm experience ▲ Foreign students at Hanayang participating in farm experience ▲ Foreign students at Hanayang participating in farm experience

2017-03 21 Important News

[Academics]Genetic Architecture of Rheumatoid Arthritis

Rheumatology is a rather unexplored branch in the medical field, and its causes and cures have not yet been fully prepared. However, Professor Bae Sang-cheol of the College of Medicine at Hanyang University stands as one of the pioneers to define and research the causal factors of rheumatology and discover better remedies. In his research “Update on the genetic architecture of rheumatoid arthritis”, Bae clearly defines the factors of rheumatoid arthritis with regards to human genetics, and predicts the possibility for precision medicine. Bae is one of the pioneers in Korea to research and advance cures rheumatoid arthritis. In his paper, Bae has organized the causes and possible remedies for rheumatology researched in the last five years- collecting all data with advanced medical technology. Rheumatism hasn't been explored completely yet, so its causes are only speculated to be genetic and environmental factors. “Rheumatism is an autoimmune disorder, which means that the causes tend not to be external factors. It's assumed that 60% of the causes is the immune system attacking upon itself, acting out of misconception,” said Bae. Human genetic studies into rheumatoid arthritis have uncovered more than 100 genetic loci associated with susceptibility to the disease. This means that the majority of factors are highly shared across multiple ancestral populations. Bae and his fellow researchers organized the data on impaired immune processes and disease phenotypes for rheumatism. “The ultimate goal of this research paper was to enhance the possibility of finding the repurposed drug for each rheumatoid arthritis patient,” mentioned Bae. Since 2005, medical technology developed rapidly, especially in the genome field. For about a decade, a significant amount of the data was collected on genome structures that are likely to influence the rheumatoid diseases. “The grand development in this area is that now, technology can examine the whole genetic variants, instead of individual ones, using the whole genome analysis technique,” said Bae. Rheumatology-related genetics directly affect gene expression and protein function, and also influence cell signaling pathways. According to the cumulated data, this process causes the immune function to be disordered, and spawns diseases in patients. “Proteins that are encoded by rheumatoid risk variants have the potential to help the development of targeting drugs,” Bae explained. Two years were spent in total on the production of this paper, and each process was intricate. First, Bae was invited to co-write with rheumatology experts to analyze the causes and possibilities of advancing repositioning drugs. Then, he had to edit and peer review the analysis and consult with graphic designers to obtain desired pictures of rheumatoid figures. “All these processes took a long time, but interacting with peer reviewers was particularly helpful in advancing this article,” said Bae. Bae stresses the importance of enhancing research on drug repositioning. Drug repurposing, also called as drug repositioning, is applying and utilizing existing medicine to develop into rheumatoid remedies. This technique significantly curtails the cost and time to invent new drugs that target rheumatoid diseases, because existing drugs have already been approved for its pharmacodynamics. Also, the development of precision medicine, which therapeutically targets for personalized rheumatoid state, is being accelerated. “Rheumatoid arthritis does not signal the body in a unique way- it feels more like a cold in the beginning. But alerting oneself to get regular health checks may help to prevent the threatening disease." Bae's ultimate goal is to develop and contribute to organic and personalized rheumatoid arthritis drug invention. His efforts to contribute to the field of rheumatology are prominent, just like his favorite poem, 'The Road Not Taken', by Robert Frost. “Reminding yourself of the original attitude and always trying your best will undoubtedly lead you to success,” advised Bae. Kim Ju-hyun Photos by Choi Min-ju

2017-03 20

[Performance]Hanyang University ranked 34th in THE 'Industry Collaboration'

Hanyang University ranked 34th in the world rankings of universities that publish the highest proportions of research output in collaboration with industry as announced by the Times Higher Education (THE). The UK's Times Higher Education announced the rankings of universities that publish the highest proportions of research output in collaboration with industry from the recent article entitled "South Korean universities lead way on industry collaboration." According to the article, Hanyang University has published 4.06 percent of its total 22,424 publications via collaboration with industry. <The rakings of unversities that show the highest proportions of research output in collaboration with industry (Korean universities)> Ranking (World rankings) University The proportions of collaboration with industry (the number of total publications) 1(1) POSTECH 22.98(13,545) 2(8) Sungkyunkwan University (SSKU) 8.84(30,406) 3(11) KAIST 6.05(20,768) 4(32) GIST 4.11(5,833) 5(34) Hanyang University 4.06(22,424) 6(37) Seoul National University 4(61,449) Among Korean universities, POSTECH was selected as the top university to publish the highest proportions of their research output in collaboration with industry with 22.9 percent of its total 13,545 publications via such links. It was followed by SKKU with 8.84 percent of its total 406 publications, KAIST with 6.058 percent of 20,768, GIST with 4.11 percent of 5,833, Hanyang University with 4.06 percent of 22,424, and Seoul National University with 4 percent of 61,449. UK's Times Higher Education is an university evaluation agency which announces THE world university rankings every year. Unlike world university rankings, Asian University rankings, small universitiy rankings, and emerging university rankings, which are announced by the agency every year, the rankings of universities in collaboration with industry were announced this year for the first time based on data from 2007 to 2016.