After an intensive selection process, the Asia-Pacific Research Center (APARC), Stanford Institute for International Studies at Stanford University has selected the first class of its APARC Fellowships for pre-doctoral scholars. Kaoru Shimizu and Joo-Youn Jung will be in residence during the 2004-2005 academic year. They will be named Takahashi Fellows in honor of Takahashi family whose generous gift made this fellowship possible.

Kaoru (Kay) Shimizu is a Ph.D. candidate in the department of political science. Her dissertation topic is "The Political Dynamics of Capitalism: Barriers to Reform in Japan and China" in which she adopts a political economy approach to compare the causes and resolution of non-performing loans in China and Japan.

Joo-Youn Jung is a Ph.D. candidate in the department of political science. In her dissertation she will be examining how and why the powerful bureaucratic states of China, South Korea, and Japan have changed in response to the powerful forces of financial crisis, non-performing loans, and banking reform and what impact these changes have had on efforts to implement urgently needed policy changes.

APARC looks forward to their joining us in the fall.

The Asia-Pacific Research Center (APARC), Stanford Institute for International Studies at Stanford University announces the winners of the 2004-2005 Shorenstein Fellowship. Drs. Jennifer Amyx and Soyoung Kwon will join APARC in the fall.

Jennifer Amyx received her Ph.D. from Stanford in 1998. An assistant professor of political science at the University of Pennsylvania, she is an expert on the politics of financial regulation and reform in the Asia-Pacific region. During her residence at APARC, she plans to complete her manuscript that analyze the regulation and reform of government-backed financial institutions in Japan.

Soyoung Kwon received her Ph.D. from University of Cambridge in 2003. Her doctoral dissertation focuses on the evolution of the North Korean political elite. It is a much under-researched topic and her work looks into different socialist societies, comparing different courses of change (and lack of change) in the state socialist societies. While in residence she will be focusing on developing her doctoral thesis into a monograph that will focus on the North Korean political leadership and its policy orientation.

APARC looks forward to their joining us in the fall.

After an intensive selection process, the Korean Studies Program (KSP) at the Asia-Pacific Research Center (APARC), Stanford Institute for International Studies at Stanford University has selected the first class of its Pantech Fellowships for Mid-Career Professionals. Philip W. Yun and John Feffer will be in residence during the 2004-2005 academic year and collaborate with the faculty and fellows at KSP and APARC. The fellowship was made possible by generous gift from Pantech Group.

Philip Yun received his law degree from Columbia University and was a Fulbright Scholar at the Yonsei University Graduate School of International Studies. Yun has had a remarkable career working both in the private and the public sector. While holding high-level positions at the U.S. Department of State, Yun worked closely with the Secretary of Defense, Dr. William Perry, to develop broad expertise on international negotiations, strategic planning and problem solving. He has practiced law both in Korea and in the U.S., worked in private equity investment, and provided comments and opinions for the media on North Korean issues. While in residence, he will work on developing an outline of a comprehensive roadmap that will lead to a secure and prosperous Northeast Asia that would include North Korea.

John Feffer is an accomplished writer and editor who has written on numerous topics such as the politics of food, Asia, Eastern Europe, Russia, foreign policy, economics, and nationalism. As a frequent traveler to North Korea (and to South Korea), he has a rare knowledge of and balanced perspective toward North Korea. His most recent publication is "North Korea/South Korea: U.S. Policy at a Time of Crisis". He is a former associate editor of World Policy Journal and has worked for the American Friends Service Committee, most recently as an international affairs representative in East Asia. He serves on the advisory committees of the think tank Foreign Policy in Focus and the Alliance of Scholars Concerned about Korea. While in residence, he will concentrate on examining food policy on the Korean peninsula.

KSP and APARC look forward to their joining us in the fall.

The article by Daniel Kleppner, Frederick Lamb, and David Mosher (Physics Today, January 2004, page 30) summarizes the results of the excellent American Physical Society study released in July 2003 on boost-phase options for national missile defense.1 The study represents one of the most authoritative analyses to date on the subject and will enhance the quality of the public debate on missile defense for years to come. However, although I agree with many of the study's conclusions, the overall assessment is somewhat pessimistic, especially with respect to the feasibility of intercepting solid-propellant intercontinental ballistic missiles.

My analysis of airborne intercept options suggests that first-generation airborne boost-phase interceptors (ABIs) carrying 90-kg kinetic-kill vehicles should be effective against liquid-propellant ICBMs. It also suggests that second-generation ABIs with 50-kg KKVs could be effective against solid-propellant ICBMs, provided the ABIs can get within approximately 500-600 km of the ICBM launch site, which is possible for relatively small states such as North Korea.2

ABIs have the advantage that they can contribute to an effective theater missile defense--an important mission given the widespread proliferation of short- and medium-range ballistic missiles. In fact, ABIs are the only form of terrestrial boost-phase intercept that can be effective against very short burn-time ICBMs or short-range ballistic missiles because, if necessary, ABI launch platforms can fly over an opponent's territory. Neither ground-based nor naval-based interceptors have that option.

One should also note that ABI systems pose very little threat to the strategic nuclear forces of the five major nuclear powers; hence, they are not nearly as destabilizing as other forms of missile defense. To the extent that one takes seriously the rhetoric of sharing US ballistic missile defense technology, ABI systems can be transferred because they do not threaten US or allied strategic forces.

The difference between my conclusions and those of the APS study arises from different technical assumptions that result, in my case, in greater intercept ranges. In particular, I assumed that an airborne X-band radar can be built within the next decade, which, for favorable geographies like North Korea, can reduce target-detection and tracking delays by as much as 10 to 15 seconds compared to those in the APS study. I also made the assumption, based on the burn times for existing US and Russian solid-propellant ICBMs, that solid-propellant ICBMs have a nominal burn time of 180 s; the APS study assumed a 170-s burn time based on US solid-propellant submarine-launched ballistic missile technology. Also, airborne missiles can accelerate faster; hence, they can have higher average flight speeds compared to surface-based interceptors (on which the APS study focused) because the drag force is lower at high altitudes.

Nevertheless, solid-propellant ICBMs are very difficult targets. Successful intercept will require sensor architectures that push the limits of target detection and tracking, and large (1500 kg), high-speed (6.0 km/s ideal velocity) two-stage airborne interceptors carrying lightweight KKVs. While 50-kg KKVs stretch the limits of what currently is possible, solid-propellant ICBMs stretch current offensive threat possibilities. Neither may be far-fetched 10 years from now.

ABIs do have drawbacks. However, none of them are so severe as to eliminate ABIs from consideration as a viable component of a future US missile defense architecture. In fact, airborne intercept is probably the most attractive boost-phase missile defense option.

Preferences regarding boost-phase ballistic missile defense often have more to do with different threat assessments, operational and political issues, and cost than with technical disagreements. I see no serious technical barrier to an effective ABI system. Nevertheless, the decision to proceed with any form of ballistic missile defense, ABIs included, should be based on an assessment of the system's priority relative to such other important US security concerns as countering terrorism and modernizing conventional forces. From this perspective, the US currently is spending too much on ballistic missile defense.

References

1. D. K. Barton et al., Report of the APS Study Group on Boost-Phase Intercept Systems for National Missile Defense: Scientific and Technical Issues, July 2003; available at http://www.aps.org/public_affairs/popa/reports/nmd03.cfm.

2. See D. A. Wilkening, Science and Global Security, (in press).

San Francisco -- Offshoring is just one of many global forces impacting job creation and destruction in the Bay Area and cannot be viewed in isolation from the key trends enabling it, such as globalization, technology-driven improvements in productivity and business disintermediation. Efforts to prevent offshoring will not be successful and are likely to come at considerable economic cost, according to a new study released today.

Sponsored by Joint Venture: Silicon Valley Network, the Bay Area Economic Forum and the Stanford Project on Regions of Innovation and Entrepreneurship (SPRIE), with research and project support from global management consulting firm A.T. Kearney, the study analyzed global trends, regional capabilities and the Bay Area job market.

Findings from the study, the first regionally focused on the Bay Area, were based on 120 interviews, analysis of 9,000 job listings and other primary and secondary research.

The Bay Area already has more experience with globalization and offshoring than other parts of the U.S., the study reports. Bay Area manufacturers earn almost 60 percent of their revenues in overseas markets. Analysis done as part of the study revealed 94 percent of companies in the semiconductor and semiconductor equipment manufacturing and software clusters - two driving sectors in the Bay Area in terms of employment and payroll contribution - are already using offshore resources.

This does not mean all jobs are going offshore. The study also found one-in-four job postings for large companies in those sectors during April 2004 was for positions in the Bay Area.

"The research makes clear that global trends will force continued creation and destruction of jobs in the Bay Area. These trends can't be reversed. Policies and investment should be directed toward helping the region strengthen its core capabilities to compete effectively on a national and global basis" said Sean Randolph, President & CEO of the Bay Area Economic Forum.

The study calls for policymakers to maintain strong support for basic research, invest in education to ensure a competitive local workforce and to address vulnerabilities in the regional business environment including housing, transportation and business regulations that hinder local job creation. Business leaders need to support transition programs and consider investment in local employee development to meet their future job needs.

The study found the Bay Area is losing ground to other regions in the U.S. and overseas in three competitive capabilities: mass production, back-office (transactional) operations and product and process enhancement. The competitive erosion in the latter is new. It appears that the Bay Area is rapidly losing out to other regions in occupations associated with engineering focused on cost reduction, fine-tuning processes and expanding product features. These engineering jobs, along with manufacturing and administration-related occupations, are expected to decline as the skills required for those functions are sourced more cost effectively in other regions of the United States and abroad.

The study also identified five competitive capabilities that investors and business leaders believe are key strengths of the Bay Area. In addition to three capabilities traditionally linked to the region (entrepreneurship/new business creation, research in advanced technologies and bringing new concepts to market), the analysis pointed to two other competitive capabilities not always in the spotlight:

• Cross-disciplinary research - coordinating and integrating advanced learning across industries and scientific disciplines.
• Global integrated management - managing and coordinating globally distributed business functions and networks.

Jobs aligned with these five regional strengths, such as high-level research, strategic marketing and global business and headquarter management activities, are expected to experience solid growth.

"The findings confirm that the region should continue to attract talent and foster innovation, start-up activity and job creation, as technology companies are launched and commercialized," said Russell Hancock, President and CEO of Joint Venture: Silicon Valley Network.

The Bay Area's strengths make the region a leader in job creation in early stages of the business lifecycle, but its weaknesses lead to job growth outside the region in the later stages. As a result, the study says, the Bay Area will continue to incubate and develop new businesses, a process that has historically been the core growth engine for the local job market.

"Companies founded in the Bay Area will typically maintain the majority of their workforce in the region until their first products or services gain market traction and key business processes stabilize," said John Ciacchella, Vice President with A.T. Kearney. "However, as these companies expand and mature, many of the new jobs that stay local will focus on management of expanding business operations that are outsourced, offshored and distributed to other regions."

The Bay Area also is well positioned in the industries likely to spawn new technology

start-ups, according to the study's job market analysis and interviews. Beyond its leading role in information technology, the Bay Area has the highest concentration of biotechnology firms in the country and more nanotechnology firms than all countries except Germany.

"How jobs in a region are affected by global trends depends on the competitiveness of the region's capabilities," said Marguerite Gong Hancock, Associate Director of SPRIE. "Despite a rise in the capabilities of other entrepreneurial regions globally, the Bay Area continues to lead in many of the capabilities considered most necessary for innovation and new business creation"

The study findings will be presented at a public event on Thursday, July 15, at Stanford University, where a panel of business and community leaders will discuss the report's findings and implications and take questions from the audience. The panel will be moderated by Paul Laudicina, managing director of A.T. Kearney's Global Business Policy Council, and includes:

• Edward Barnholt (Chairman, President & CEO, Agilent Technologies)
• William T. Coleman (Founder, Chairman & CEO, Cassatt Corporation, and Vice Chairman, Silicon Valley Manufacturing Group)
• Anula K. Jayasuriya (Venture Partner, ATP Capital LP)
• William F. Miller (Professor Emeritus, Stanford Graduate School of Business)
• The Honorable Joe Nation, California State Assembly

BAY AREA ECONOMIC FORUM
Bay Area Economic Forum (www.bayeconfor.org) is a public-private partnership of senior business, government, university, labor and community leaders, develops and implements projects that: support the vitality and competitiveness of the regional economy, and enhance the quality of life of the regions residents. Sponsored by the Bay Area Council a business organization of more than 250 CEOs and major employers, and the Association of Bay Area Governments, representing the region's 101 cities and nine counties, the Bay Area Economic Forum provides a shared platform for leaders to act on key issues affecting the regional economy.

JOINT VENTURE: SILICON VALLEY NETWORK
Joint Venture: Silicon Valley Network (www.jointventure.org) is a nonprofit organization that provides analysis and action on issues affecting the economy and quality of life in Silicon Valley. The organization brings together new and established leaders from business, labor, government, education, non-profits, and the broader community to build a sustainable region that is poised for competition in the global economy.

STANFORD PROJECT ON REGIONS OF INNOVATION AND ENTREPRENEURSHIP
The Stanford Project on Regions of Innovation and Entrepreneurship (http://sprie.stanford.edu), or SPRIE, is dedicated to the understanding and practice of the nexus of innovation and entrepreneurship in the leading regions around the world. Current research focuses on Silicon Valley and high technology regions in 6 countries in Asia: People's Republic of China, Taiwan, Japan, Korea, Singapore and India. SPRIE fulfills its mission through interdisciplinary and international collaborative research, seminars and conferences, publications and briefings for industry and government leaders.