Meeting with Noam Chomsky on May 25

I corresponded with Noam Chomsky about five years ago frequently and started up the conversation again over the last few months. We had never had the occasion to meet in person, but on my recent visit to MIT as part of the larger effort to promote global collaboration in technology convergence I managed to meet him at his office. Here is a picture which includes also my close friend Eugene Pak of Seoul National University’s AICT (Advanced Institutes of Convergence Technology). A fourth member of the group is Bertrand Russell, logician,  political activist and author of “Has Man a Future.” I read that book as a child when I found it in the library of my aunt Jeanne in Luxembourg. Clearly Noam has him included in all portraits taken to indicate the spirit behind what he is doing today.

Interesting, the Wikipedia biography for Bertrand Russell has no mention of Noam Chomsky.

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Kyung Hee University and the Tuition Hike

Kyung Hee University recently held a meeting to discuss the proposed raise in tuition. Representatives from various student groups were invited and a serious discussion on tuition rates ensued. I was unable to attend, but my understanding is that Kyung Hee University was the only university to actually engage in such a dialog. I also understand that the raise in tuition was substantially reduced.

Kyung Hee University’s Media Center: People Around Us

The Media Center at Kyung Hee University recently featured the video interview with Kim Seong-ung (김성운) the guard who stands watch at the entrance to the international campus of Kyung Hee University. The interview falls under the category “People Around Us” and is a thoughtful introduction to a member of the community.

I have been quite impressed by the Kyung Hee tradition of inclusion and respect for labor. I wonder whether any other university would have produced such a video.  You can see the video for yourself here.

ICT Convergence can make Korea the Environmental Leader of the World

I originally wrote this article for Seoul Magazine and it was published on November 1, 2010.  I have republished it here.

Recently, there has been discussion about environmentally friendly ICT (information and communications technology) in Korea. The focus falls on energy-efficient electronic devices and a new generation of smart grids in which electricity will be directed by computers to avoid waste. But there has been a hesitation to take the plunge, to embrace ICT as the central medium for resolving the pressing issue of our time: the massive consumption of fossil fuels for the transportation required by our modern life. If Korea can bring together its expertise in multiple technological fields to make Internet-mediated exchange so effective that the need to commute by car or plane is eliminated, it can become the leading nation in the fight to preserve the environment and reduce energy usage.

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Foreign Exchange Bank Credit Card for Chinese Students

The campuses of Korean universities are filled with these fliers for a new credit card from the Korean Foreign Exchange Bank targeting Chinese students. I have heard that Chinese students at Korean universities in many cases have more disposable income than Korean counterparts. The flier is entirely in Chinese and offers a variety of benefits including discounts at stores and restaurants. The financial world of Korea is being remade quite quickly indeed.

福島原発以降の再建

福島原発以降の再建というのは人間がロケットにのって月に行くのと同じようなことだと思います。私たちがまず大胆な計画を建てて、あらゆる技術をその目的に適用するために集中してがんばれば、望みが生じます。いまは不可能だと思われることでも、技術融合を通してそのうち可能になると思います。もしかしたら思ったよりはやく解決方法が見つかるかもしれません。でも大きなヴィジョンがないかぎり、なかなか進まないでしょう。

例えば今のところは放射能に汚染された土地は100年や200年は使えないだろうと常識的に考えられています。福島原発あたりの農地がどうなるかまだはっきり論じられていませんが、すぐにはつかえません。でも全世界の技術をあわせていろんな角度からその問題に取り組めば、方法があるかもしれません。ちかごろの技術は先例のない速さで進んでいるので、もしかして融合的な方法を取り入れれば、モットモット早く解決できるかもしれません。生命工学とナノ工学をあわせれば土壌を清瀞する技術を新しく開発できるかもしれません。ただし、国際的な共同研究が絶対必要であり、その研究はお金儲けのためではありません。

農業も早く復興できるかもしれません。いわゆる垂直農業があります。完全に保護されている室内で水と資源を永遠に再利用する形で運営される農業ですが、今のところは本格的に始まっていません。もしかしたら、垂直農業施設に放射能保護設備をつければ、原発の付近でも農業ができるかもしれません。同じように、室内漁業も可能かもしれません。そのために想像力と意志と技術をあわせて乗り出すしかありません。

そしてロボット開発のことですが、今のところ放射線が多い環境で作業できるロボットは多くありません。放射線に強い電子回路が特に無いからです。ゆっくり測定できるロボットは今のところ福島で活動しているそうですが、土を掘ったり、建物と囲いを立てたりできる対放射装置のあるロボットはまだまだありません。でも集中して努力すれば開発可能かもしれないし、電子回路ではなくその他の方法でロボットを操ることもありうることです。

もしも国際技術開発連合を組んで福島原発内で活動できるロボット・プロトタイプを開発しようと決心するなら、うまくいけば、技術融合を使ってそのような特殊ロボットの開発が思ったより早くできるかもしれません。なぜかというと単純な機械工学の問題ではないからです。様々な分野の知識と理解を合わせて進めるべきプロジェクトです。

最後ではないですが、原発の六面:上下南北東西に放射能物質を防ぐ材料の囲いを設置して、土にも海にも淡水にも汚れる恐れがない完璧な離隔システムを開発すればいいと思います。今のところは夢みたいな話ですが、ナノ工学と先端ロボット技術を合わせれば、5年以内にそのような完璧な隔離材料で作られた囲いが可能かも知れません。モットはやくできるかもしれません。

今のところは具体的な提案が難しいかもしれませんが、国際社会の多くの協力を得て一緒にがんばれば、解決できるかもしれません。

“Daejeon: Environmental Capital of Asia”

“Daejeon: Environmental Capital of Asia”

( with Han Jeonghun)

OHMYNEWS International

January 10, 2008

http://english.ohmynews.com/ArticleView/article_view.asp?menu=A11100&no=381436&rel_no=1&back_url=

 

 

No one would expect that it would be Daejeon, of all cities, that would take a leading role in adopting policies to reduce the consumption of energy, mitigate pollution and implement aggressive recycling policies, but it is easy to see that because Daejeon is blessed with such remarkable scientific resources, it is poised to become the environmental capital of Korea and serve, eventually, as a model for all cities in East Asia that are now engaged in the battle to rid themselves of the specter of environmental degradation and the addiction to imported oil.

The first step towards this goal is simple: a contest for elementary school children asking for an answer to this question: “What is the best way for Daejeon to reduce its use of energy and reduce pollution?” The winner will be given a scholarship for university. The essays will be published in all of the newspapers. And it will be made clear that freedom from oil and pollution is critical to our city’s future.

The next step for us will be a careful survey of all the technologies that have been developed in Daejeon and research underway at universities or government research centers that is relevant to energy conservation and pollution reduction. The most valuable and practical technologies and strategies will be identified, analyzed and a plan put forth for their application in Daejeon. That process will require considerable imagination, as the applications of technologies being developed to the reduction of energy consumption or elimination of pollution may not be immediately obvious. For example, technologies developed at the Korea Institute of Machinery and Materials or Korea Aerospace Research Institute may allow us to build highly efficient electric bikes that will reduce automobile traffic.

Daejeon will not only be a center for research, it will become a testing ground for the applications of the new technologies developed here. Experimental trains with minimum emissions and maximum efficiency will be built using special computer coordinated tracks. New cutting-edge heating systems will be subject to large-scale testing in Daejeon to see whether we can cut down inefficiency. Space-age insulation materials will be added to all new housing to bring down heat loss, and the next generation of solar cells will be seen first in Daejeon.

Daejeon will rapidly become a showroom for advanced energy and pollution technologies available nowhere else. We can expect global attention and increased interest in the region. Moreover, Daejeon can become a leader in environmental technologies as a result: a field that promises to grow exponentially as the environmental problems of China, India and the developing world are confronted over the next decade.

We should think of this effort as equivalent of the plan to put a man on the moon. We will declare that Daejeon will be the greenest city in Asia in 8 years and will cut its energy use and pollution emissions by half in spite of anticipated growth. We will then have a clear, and difficult goal. We can then focus on using every technology that we have at hand to realize that ultimate goal.

Let us consider the concrete steps we should take:

We should conduct a survey of technologies with applications to reducing energy consumption and pollution.

Technologies that reduce emissions; technologies that reduce energy waste; technologies that insolate homes; technologies that generate energy cheaply and cleanly; technologies for collecting and processing garbage; technologies for reducing garbage in the first place; technologies for making transportation more efficient; technologies for cleaning up pollution, etc.

We can then identify which of those technologies can be applied effectively in Daejeon as part of an experimental run before global application. We should consider which technologies can be readily applied in China and India, but at the same time, we should also aim for a global standard, undertaking projects without precedent. Daejeon will become the center in Asia for environmental technologies.

Establishment of a center for environmental issues in Daejeon that will coordinate the development and implication of these technologies.

Identify companies or organizations that can cheaply and effectively produce and distribute these new technologies in Daejeon.

Promote policies and habits that reduce energy consumption and eliminate pollution in Daejeon.

Technologies related to the environment will be immensely valuable in the years ahead. If Daejeon leads the way, we can become a center for the world economy over the next 15 years.

“Technology Hub at Center of Northeast Asia”

Technology Hub at Center of Northeast Asia

Korea IT Times

Thursday, December 10th, 2009

EMANUEL YI PASTREICH

http://www.koreaittimes.com/story/6028/technology-hub-center-northeast-asia

 

Korea is an understated country. Maybe that is the reason why one of Asia’s most active research and development clusters nestled away in Daedeok Valley has not received the attention internationally of a Silicon Valley. Perhaps the researchers here are simply too busy doing their research in the Korean workaholic style to step back and think about how to publicize their abroad. Or perhaps Koreans still imagine themselves as lagging behind the more “advanced” nations of the world. But in this age wherein Samsung and Hyundai have become global players across multiple fields, and Korea’s leading edge in ship building, mobile communications and steel production draws attention, Daedeok Valley is also stepping into the spot light.

When Korean President Park Jung-hee started construction on the science park back in 1974, he had a clear purpose: moving the research centers of Korea, then just starting on the road to high-tech stardom, down to Daedeok Valley in Daejeon far away from North Korea and the dangerous DMZ. But his advisors also had come to believe that the concentration of research institutes in this scenic region would create the mutual stimulation would benefit everyone. Since then the research community has expanded rapidly, with now close to 8,000 Ph.D.s in the sciences working in the valleys between the green hills of Daejeon. In fact many researchers have become so accustomed to the Daedeok environment that they have no particular desire to move.

Most clusters in Asia are new and therefore their roots are rather shallow. Shenzhen or Malaysia’s research corridor simply lack the long term institutional maturity to conduct advanced research. Daedeok is quite a different story. Here we find considerable flexibility and innovation, but at the same time sufficient continuity to support a broad research and development effort.

The Daedeok Innopolis ecosystem can be conceived of as six overlapping rings: universities (dominated by KAIST and Chungnam National University), research institutes, government and government-invested institutions, corporate research institutes and venture corporations. The mutual stimulation and cooperation between these six different communities produces remarkable innovation and commercialization of available technologies. When the Boston Consulting Group released recently a list of nations leading in innovation, Korea was ranked number two, just below Singapore. Daedeok Innopolis stands on the front line of Asian innovation, setting the pace for Asia and the world.

Japan’s Tsukuba Science town is the only other cluster

Among Daedeok Innopolis’ universities KAIST (Korea Advanced Institute of Science and Technology) is considered the top technical university in Korea and one of a handful with global reach in East Asia. Strong fields at KAIST include computer science, electrical and nuclear engineering, mechanical design, chemistry and telecommunications. The national university Chungnam University also plays a central role in those fields, but brings also focused expertise in biotechnology, medicine and the agricultural sciences. These universities are complemented by such outstanding universities as Hanbat University (a leader in IT), Pai Chai University, Hannam University, Mokwon University and Woosong University.

Korea Advanced Institute of Science and Technology

Research institutes in Daedeok include the Korea Research Institute of Bioscience and Biotechnology (KRIBB), the Korea Atomic Energy Research Institute (KAERI), Electronic and Telecommunications Research Institute (ETRI), the Korea Aerospace Research Institute (KARI), National Fusion Research Institute, National Nanofab Center, Korean Basic Science Research Institute, Korea Institute of Machinery and Materials, Korea Research Institute of Chemical Technology, Korea Institute of Science and Technology Information, Korea Research Institute of Standards and Science, Marine and Ocean Engineering Research Institute, Institute for information Technology Advancement, Korea Institute of Geosciences and Mineral Resources, Korea Institute of Energy Research, Agency for Defense Development, Korea Institute of Toxicology, Korea Institute of Oriental Medicine, Korea Institute of Nuclear Non-proliferation and Control, National Institute for Mathematical Sciences, Korea Institute of Nuclear Safety and the National Security Research Institute. Among the outstanding technology produced in Daedeok are ETRI’s wireless communications systems CDMA, WIBRO & DMB, KRIBB’s nano biochips, KARI’s KOMPSTAT satellites and NFRI’s KSTAR nuclear fusion reactor.
Daedeok is also home to twenty-one corporate research centers with global reach surrounded by an equal number at smaller firms. Some of the notable corporate research centers are Dongbu Advanced Research Institute, (biotechnology, microorganisms and agrichemicals), GS-Caltex Value Creation Center (environmentally friendly products including substitutes for oil), Hanwha Chemical Research (biotechnology, electronics materials, catalysts & nanotechnology), Honam Petrochemical Daeduk Research Institute (synthetic chemistry & petrochemicals), LG Chemical LTD. Research Park (Lithium Ion Battery & Polymer Battery Development), Samyang R&D Center (medical Research and electronics) and SK Institute of Technology (petroleum-related research).
Also such public corporation research institutes as Korea Electric Power Research Institute (hydroelectric projects and nuclear energy), Korea Institute of Construction Materials (authorized test agency for construction materials), Korea Institute of Aerospace Technology (aerospace design, satellites, launch technologies) are also part of the Daedeok ecosystem.
The cross-fertilization between research fields in Daedeok encourages innovation and collaboration. Over the last 15 years, venture companies have sprung up like mushrooms after a spring rain, numbering over 800 at last count. Some of those companies have gone on to become major players and others are coming of age today.
Daedeok is often referred to as the “Silicon Valley of Asia” but this analogy risks obscuring the full range of technologies available here. The engine driving Daedeok is the organic circulation of ideas about technology and business between policy makers, researchers and businessmen working in the fields of telecommunications, nanofabrication, biotechnology, water, nuclear and hydro power, nuclear fusion, design, measurement technologies, mechanical engineering, fuel cells, aeronautics, new materials, robotics, new drugs and environmental technologies. Daedeok is exceptionally well endowed in all these fields and is expanding its international ties rapidly. Daedeok Innopolis’ membership includes 898 corporations, 35 government invested and sponsored institutions; 6 universities; 15 public organizations.

Moreover, comparison to Silicon Valley con be quite misleading. Daedeok is far more diverse and ecosystem than simply IT. For example, Daedeok is a world leader in nuclear power with outstanding

Daedeok Innopolis refers to the remarkable collection of R&D centers and venture companies that have congregated in the green hills of Daedeok Valley, north of the city of Daejeon in the Republic of Korea. The research institutes and the venture companies constitute one of Asia’s top innovation clusters for technology. Daedeok Innopolis derives its power it ability to effectively innovate, an organic and fluid ecosystem for creativity . The research institutes and universities in Daedeok Valley have spun off multiple start-ups and continue to do so at a remarkable pace. Unlike many other clusters one hears about, Korea has invested heavily in building up both the research expertise for over thirty years, creating long-term research programs of scale and depth. There are over seven thousand with Ph.Ds in the sciences in Daedeok and state-of-the-art infrastructure is in place that enables Daedeok to play a leading role in the world. That gives Daedeok the depth and the institutional continuity to conduct first-class research.
Intekplus’s semiconductor package inspection systems, Hanool Robotics’s remarkable cleaning robots, Menix Corporation’s mobile security systems, RayCan’s next generation lasers and ABC NanoTech’s ceramic nano powder are just some of the products produced by the startlingly diverse panoply of venture companies that thrive in the ecosystem surrounding KAIST, Chungnam University, and the government and corporate research institutes.
The city supports one of the fastest developing business communities with a strong emphasis on technological innovation. The recently opened Daedeok Techno Valley on the north side of town brings together research with light manufacturing to create a unique environment for R&D. The universities and research institutes have set up venture firms here to explore new applications of their technologies. More recently, Daejeon’s ACTS (Agency of Advanced Cultural Technologies and Services) has become a Mecca for multimedia entertainment and film.
Daedeok Innopolis has a Business Hub Center to provide one-stob service for possible investors with special facilities for international firms and joint R&D, and plans a Technology Convergence Center and Foreign Investment Complex in the near future.

South Korean Educators

I am not sure what to make of it, but today a friend informed me that a new book is listed on Amazon.com that includes me as its subject.

 

The title of the book is:

 

“South Korean Educators:   Ahn Cheol-Soo, Kim Jong-Il, Chang Young Hee, Kim Ho Jik, Emanuel Pastreich, Tai-Young Kim”

http://www.amazon.com/South-Korean-Educators-Academics-Jong-/dp/1158208952/ref=sr_1_2?ie=UTF8&qid=1306587413&sr=8-2

It would be an honor to be included alongside Ahn Cheol-Soo of KAIST (soon to be at SNU AICT). I do not know Kim Jong-il. I assume it is a different person as the Kim Jong Il I am most familiar with is neither South Korean nor an educator.

 

 

 

 

 

http://www.amazon.com/South-Korean-Educators-Academics-Jong-/dp/1158208952/ref=sr_1_2?ie=UTF8&qid=1306587413&sr=8-2