Note:

• Members of the media interested in covering this event should contact Noa Ronkin at noa.ronkin@stanford.edu by 5:00 pm, Wednesday, February 20, to register. They will also need to present their press credentials for admission. 
• No recording allowed.

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About the speaker: Andrew Kim recently retired as a senior intelligence officer from the Central Intelligence Agency after 28 years of service. He established the CIA's Korea Mission Center in April 2017 in response to a presidential initiative to address North Korea's longstanding threat to global security. As part of his role as head of the Mission Center, he managed and guided CIA Korean analysts in providing strategic and tactical analytic products for a range of policymakers. He accompanied CIA Director and then Secretary of State Mike Pompeo to Pyongyang in meeting with the North Korean leader Kim Jong Un several times. Formerly he served as the Agency's associate deputy director for operations and technology, leading all efforts to update operational technology and incorporate a state-of-the-art doctrine into CIA training curricula.

Earlier in his career, Kim served as the CIA's chief of station in three major East Asian cities, while also managing the intelligence relationship with politically and militarily complicated foreign countries and advancing U.S. interests. He speaks fluent Korean, Japanese, and Mandarin Chinese.

Plese note: we're no longer accepting RSVPs for this event.

Eight years have passed since the Great East Japan Earthquake and subsequent Fukushima Daiichi Nuclear Power Plant accident. Steady progress has been made towards the reconstruction of Fukushima, repopulation of surrounding areas, and the decommissioning of the plant, of which Tokyo Electric Power Company Holdings (TEPCO) must shoulder 16 trillion yen of the 22 trillion yen, the total estimated cost of the accident. Meanwhile, with Japan having fully liberalized its electricity and gas retail market, the business environment surrounding TEPCO is undergoing a major change. In the long term, TEPCO foresees a decrease in demand for their power service and increased competition among utility companies. In this program, Naomi Hirose, who endeavored to manage the Fukushima incident spearhead reforming the company as President of TEPCO from 2012 to 2017, shares his insights on the current situation in Fukushima, lessons learned and implications from the accident.

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Abstract: Russian foreign and security policy are changing, both to shape and respond to what appears to be a rapidly shifting geostrategic environment. Olga Oliker will discuss the sources of Russian foreign and security policy, how they manifest in defense planning and strategy, Moscow's actions in Ukraine and Syria, and Russian interaction with the United States and European countries. She will then consider the implications of a more active Russia for global security and stability and for the interests and policies of the United States and its allies.

Bio: As Crisis Group's Program Director for Europe and Central Asia, Olga Oliker leads the organisation’s research, analysis, policy prescription and advocacy in and about Russia, Europe, Turkey, the Caucasus, and Central Asia. Oliker’s own research interests center on the foreign and security policies of Russia, Ukraine, and the Central Asian and Caucasian successor states to the Soviet Union, domesticpolitics in these countries, U.S. policy towards the region, and nuclear weapons and arms control. Prior to coming to Crisis Group, Oliker directed the Russia and Eurasia Program at the Center for Strategic and International Studies and held research and management roles at the RAND Corporation. Oliker holds a B.A. from Emory University in international studies, an M.P.P. from Harvard University’s John F. Kennedy School of Government, and a Ph.D. in political science from the Massachusetts Institute of Technology.

Abstract: Materials used in key components of nuclear power reactors, such as the fuel cladding and the pressure vessel, provide shields for the release of highly radioactive isotopes generated in the nuclear fuel to the environment, thus their reliability is an important issue in the safety evaluation.  The accident that occurred at the Fukushima Daiichi in 2011 demonstrated that materials that are considered reliable during normal operating conditions will fail in an extreme accident condition. Subsequently, there has been an international effort on developing materials for Accident Tolerant Fuels (ATF). In addition, the development of new generation of nuclear reactors also calls for new materials that may withstand higher temperatures, higher radiation doses and with better performance under severe corrosive conditions.  This talk will outline the challenges and status for such developments using recent data from the authors’ own research group as examples.  Also, since China is building the most nuclear reactors now and “a nuclear accident anywhere of the world will be an accident of everywhere of the world”, the importance and challenges of collaborating with the Chinese in this area will be discussed. 

Bio: Dr. Lumin Wang is a professor of nuclear engineering, and materials science & engineering at the University of Michigan-Ann Arbor (UM). He came to the US from China in 1982, and received his MS and PhD degrees in Material Science from the University of Wisconsin-Madison in 1984 and 1988, respectively. He worked as a post-doctoral fellow at Argonne National Laboratory and a research scientist at the University of New Mexico before joining the faculty of UM in 1997.  His research has focused on the study of radiation effects of materials using ion beams and transmission electron microscopy. He served as the director of Electron Microbeam Analysis Laboratory, a campus-wide material characterization center at UM between 2005 and 2010. Dr. Wang has published more than 400 papers in research journals and delivered more than 100 invited talks internationally. He has been a member of the International Committee of the American Nuclear Society and an adjunct chair professor of Xiamen University of China since 2011. He has taken more than 100 UM students to China to observe the construction of nuclear reactors during the last 8 summers.