Steve Coll is president of New America Foundation, and a staff writer at The New Yorker magazine. Previously he spent 20 years as a foreign correspondent and senior editor at The Washington Post, serving as the paper's managing editor from 1998 to 2004. He is the author of six books, including The Deal of the Century: The Break Up of AT&T (1986); The Taking of Getty Oil (1987); Eagle on the Street, based on the Pulitzer Prize-winning account of the SEC's battle with Wall Street (with David A. Vise, 1991); On the Grand Trunk Road: A Journey into South Asia (1994), Ghost Wars: The Secret History of the CIA, Afghanistan and Bin Laden, from the Soviet Invasion to September 10, 2001 (2004); and The Bin Ladens: An Arabian Family in the American Century (2008).

Mr. Coll's professional awards include two Pulitzer Prizes. He won the first of these, for explanatory journalism, in 1990, for his series, with David A. Vise, about the SEC. His second was awarded in 2005, for his book, Ghost Wars, which also won the Council on Foreign Relations' Arthur Ross award; the Overseas Press Club award and the Lionel Gelber Prize for the best book published on international affairs during 2004. Other awards include the 1992 Livingston Award for outstanding foreign reporting; the 2000 Robert F. Kennedy Memorial Award for his coverage of the civil war in Sierra Leone; and a second Overseas Press Club Award for international magazine writing. Mr. Coll graduated Phi Beta Kappa, Cum Laude, from Occidental College in 1980 with a degree in English and history. He lives in Washington, D.C.

Since President Lee Myung-bak introduced the "Green Growth" policy in 2008, Korea has actively advocated it in every aspect of the society as a new engine of growth. The Presidential Committee on Green Growth was created as a control tower of the policy developments and green industries were identified, and along the same line of efforts, the Basic Law on Green Growth was enacted.  Korea, among the developing countries under the United Nations Framework on Climate Change (UNFCCC), was the first to volunteer to reduce emissions by 30 percent of anticipated BAU by 2020.  It also initiated the East Asia Climate Partnership through which 200 million USD was pledged to assist developing countries in the region to cope with climate change.  The Lee administration has revealed its ambitious plans to launch Global Green Growth Institute (GGGI) next year, which is presumed to play a catalyst role in inducing a low carbon economy.  Furthermore, it is expected that Korea, as Chair of the G20 in 2010, will aggressively promote green finance and green technology.

Suh Yong Chung is Associate Professor in the Division of International Studies at Korea University and is an international expert on sustainable development law and policy. His research covers various emerging issues in the environment and sustainable development such as climate change, marine environment, and biodiversity both at global and regional level. His most recent works focus on internationalization of Green Growth policy, post-2010 climate change regime formation, and regional environmental institution building in Northeast Asia.  He is a member of the Compliance Committee of the UN Basel Convention, and has participated in various activities of international organizations including the United Nations Industrial Development Organization (UNIDO), UNDP/GEF Yellow Sea Large Marine Ecosystem Project, UNEP’s Northwest Pacific Action Plan (NOWPAP), and United Nations Economic and Social Commission for Asia and Pacific (UNESCAP). He has also advised on international law and policy issues in Korea for the Presidential Committee on Green Growth, Ministry of Foreign Affairs and Trade, Ministry of Knowledge Economy, Ministry of Environment and the Organizing Committee of the 2012 Yeosu EXPO.
 
Suh Yong Chung holds degrees in law and international relations from Seoul National University, the London School of Economics and Stanford Law School. He was a researcher at Shorenstein APARC and has continuously been involved in its activities as the Secretary General of the Stanford APARC Forum in Korea.

Since the 2001 anthrax attacks, members of the biosecurity community and US government officials have expressed a growing sense of alarm at the threat of a biological attack.  The Commission on the Prevention of Weapons of Mass Destruction Proliferation and Terrorism recently predicted that a terrorist attack involving WMD is likely to take place by 2013 and identified biological terrorism as the most likely contingency.  To counter this threat, increasing emphasis has been placed on the role of microbial forensics in deterring an attack. New infrastructure has been established by the US government to develop capabilities to identify the source of a pathogen used in an attack and identify the perpetrators. However, many open questions remain about the potential efficacy of this approach both from a technological capabilities standpoint and from a deterrence perspective.

Existing technologies can be borrowed from molecular biology to identify elements in a pathogen's DNA, which could help investigators trace it back to a specific source strain. However, these tools are limited, and new methods should be developed to increase confidence in microbial forensics analyses. Moreover, a comprehensive genome database of pathogen strains is necessary for an effective investigation in the event of an attack. Who will cover the costs of sequencing pathogen genome strains to generate such a database? Will there be obstacles to gaining cooperation from academic and government facilities within the United States and internationally?  In the best-case scenario, advances in microbial forensics could enable us to identify the source of a biological attack; would these capabilities effectively deter non-state actors? These questions must be addressed to determine the extent to which microbial forensics programs can meet their stated goals.

Jaime Yassif is a doctoral candidate in the Biophysics Group at UC Berkeley. She is conducting her thesis research in the Liphardt lab, where she studies the dynamics of RNA-binding proteins using a single-molecule technique called plasmon rulers.

Prior to her graduate work, Ms. Yassif worked for several years in science and security policy and arms control.  She began as a research assistant at the Federation of American Scientists, where she contributed to the writing of Senate Foreign Relations Committee testimony on radiological weapons and authored a piece on radiological decontamination in Defense News. She then worked as a program officer at the Nuclear Threat Initiative, where she provided support for the organization's four key program areas-Russia/New Independent States, Biological, Regional and Communications-and managed the organization of an international workshop on Global Best Practices in Nuclear Materials Management. This was followed by a fellowship to study the Chinese nuclear posture at Tsinghua University in Beijing.

Ms. Yassif holds an MA in Science and Security from the War Studies Department at King's College London, where she wrote her thesis on verification of the Biological Weapons Convention.  She received her bachelor's degree in Biology from Swarthmore College. Ms. Yassif is former president of the student-run Science, Technology and Engineering Policy group at UC Berkeley and a member of Women in International Security.

Martha Crenshaw is a senior fellow at the Center for International Security and Cooperation and the Freeman Spogli Institute, and professor of political science (by courtesy). Her current research focuses on why the United States is the target of terrorism, the effectiveness of counter terrorism policies, and mapping terrorist organizations. Professor Crenshaw served on the Executive Board of Women in International Security and chaired the American Political Science Association (APSA) Task Force on Political Violence and Terrorism. She was a Guggenheim Fellow in 2005-2006. Her edited book, The Consequences of Counterterrorism in Democracies, is being published by the Russell Sage Foundation.

Nonproliferation efforts have traditionally focused on controlling supply of proliferation-relevant technology, expertise, and material. As barriers to diffusion of all three have been lowered, there is increased acknowledgement of the need to reduce demand for such weapons, and, in cases where efforts to prevent proliferation have failed, the need to develop effective international responses. However, with few exceptions, approaches to nonproliferation have not changed qualitatively in the last 40 years. This research explores the concept of resilience as understood for other complex interactive systems, extracts key features, and applies them to nonproliferation. In addition, it examines unintended consequences of traditional nonproliferation strategies and feedbacks among them.  Based on insights gained from this exercise, a new analytical framework for nonproliferation will be proposed.

Arian L. Pregenzer is a 2009-2010 CISAC visiting scholar and a Senior Scientist in the Global Security Program at Sandia National Laboratories in Albuquerque, New Mexico. She is responsible for initiating new programs in arms control and nonproliferation and for developing strategies for international engagement for multiple laboratory programs. In addition, she provides leadership for Sandia's efforts to integrate across nuclear weapons, arms control, and nonproliferation missions to effectively meet nuclear security challenges.

Most recently, Dr. Pregenzer has focused on near-term steps that can enhance nuclear security while advancing the goals of NPT Article VI. She is particularly interested in how international technical cooperation on topics such as verification methods for nuclear arms control, nuclear weapons security and accountability, and nuclear fuel cycle management can establish the technical basis for moving toward a world without nuclear weapons.

Dr. Pregenzer has bachelors' degrees in physics, mathematics, and philosophy from the University of New Mexico, and a Ph.D. in theoretical condensed matter physics from the University of California at San Diego. Prior to her career in international security, she worked at Sandia to develop lithium ion sources for particle-beam-driven inertial confinement fusion.

Abstract
The historic focus of development has rightfully been on macroeconomics and good governance, but technology has an increasingly large role to play.  In this talk, I review several novel technologies that we have deployed in India and Africa, and discuss the challenges and opportunities of this new subfield of EECS research.  Working with the Aravind Eye Hospital, we currently supporting doctor/patient videoconferencing in 30 rural villages; more than 25,000 people have had their blindness cured due to these exams.

Dr. Brewer focuses on all aspects of Internet-based systems, including technology, strategy, and government.  As a researcher, he has led projects on scalable servers, search engines, network infrastructure, sensor networks, and security. His current focus is (high) technology for developing regions, with projects in India, Ghana, and Uganda among others, and including communications, health care, education, and e-government.

In 1996, he co-founded Inktomi Corporation with a Berkeley grad student based on their research prototype, and helped lead it onto the NASDAQ 100 before it was bought by Yahoo! in March 2003.

In 2000, he founded the Federal Search Foundation, a 501(c)(3) organization focused on improving consumer access to government information. Working with President Clinton, Dr. Brewer helped to create USA.gov, the official portal of the Federal government, which launched in September 2000.

He was recently elected to the National Academy of Engineering for leading the development of scalable servers (early cloud computing), and also received the ACM Mark Weiser award for 2009.  He received an MS and Ph.D. in EECS from the MIT, and a BS in EECS from UC Berkeley. He was named a "Global Leader for Tomorrow" by the World Economic Forum, by the Industry Standard as the "most influential person on the architecture of the Internet", by InfoWorld as one of their top ten innovators, by Technology Review as one of the top 100 most influential people for the 21st century (the "TR100"), and by Forbes as one of their 12 "e-mavericks", for which he appeared on the cover.

Summary of the Seminar
Eric Brewer is Professor of Computer Science at the University of California Berkeley where he leads the Technology and Infrastructure for Emerging Regions (TIER) research group.

Dr. Brewer spoke about the role for technology in effective development strategies at the base of the pyramid.

The history of development to date has been characterized by large agencies funding big projects with strings attached, usually in the form of debt or demands for political allegiance. These kinds of projects are hampered by their scale and the requirement to work with corrupt governments. They typically include little role for new technology as projects move slowly and lack the expertise to facilitate this.

Outside the sphere of traditional development, technology is having a major impact on economic prosperity. The mobile phone revolution, driven by bottom up demand, provides enormous advantages to any worker operating in a large radius. A taxi driver given a mobile phone, for example, will increase his revenue by 60% on average. Other bottom-up businesses have seen major success. The Village Phone scheme, which runs as a franchise model with capital coming from microfinance, now covers the majority of Bangladeshi villages. A village phone lady will make on average two times the income she would have done from farming.

However, the mobile phone remains a largely urban phenomenon since cellular networks require a certain density of users before they can economically justify the installation of a base station. The availability of an internet connection is crucial for the viability of businesses and services in rural areas.  WiFi-based Long Distance networks (WiLDNet) are emerging as a potential low-cost alternative to traditional connectivity solutions for rural regions. Unlike mesh networks, which use omni-directional antennas to cater to short ranges, WiLD networks are comprised of point-to-point wireless links that use directional antennas with line of sight over long distances.

Eric's Berkeley research team has partnered with Aravind Eye Hospital in Theni in the southern India state of Tamil Nadu to use this technology to address the problem of blindness in the region, 70% of which is treatable. The long-distance wireless network they have installed is allowing eye specialists to interview and examine patients in five remote clinics via high-quality video conferencing. 25,000 patients have recovered sight using this system and it is set to expand to 50 centers covering 2.5 million people.

Eric's team has also worked on software that addresses local educational needs in developing regions. In poorly resourced schools, students will often be sharing a mouse and computer screen with a group of others. Metamouse gives each student their own mouse to use; when answering questions all users must agree on a location before progressing. This encourages collaboration between students and has had impressive results in boys in particular, with a 50% improvement in scoring compared to each user having their own PC.

Abstract
One of the biggest themes of the 21st century is interconnection -- specifically, the interconnection of people and data.  These interconnections can change everything about how we see the world, how the world sees us, and how we work together.  Where some people might see "big brother," I see empowerment -- empowerment of groups and individuals to improve quality of life and reduce our impact on the planet. 

Megan Smith oversees teams that manage early-stage partnerships, explorations and technology licensing. She also leads the Google.org team, guiding strategy and developing new partnerships and internal projects with Google's engineering and product teams. She joined Google in 2003 and has led several of the company's acquisitions, including Keyhole (Google Earth), Where2Tech (Google Maps), and Picasa. She also co-led the company's early work with publishers for Google Book Search. Previously, Megan was the CEO and, earlier, COO of PlanetOut, the leading gay, lesbian, bisexual and transgender online community. Under her leadership, PlanetOut grew tenfold in reach and revenue. Prior to that, Megan was at General Magic for six years working on handheld communications products and partnerships. She also worked in multimedia at Apple Japan in Tokyo.

Over the years, Megan has contributed to a wide range of engineering projects, such as designing an award-winning bicycle lock; working on a space station construction research project that eventually flew on the U.S. space shuttle; and running a field-research study on solar cookstoves in South America. She was also a member of the MIT-Solectria student team that designed, built, and raced a solar car in the first cross-continental solar car race, covering 2000 miles of the Australian outback. She was selected as one of the 100 World Economic Forum technology pioneers for 2001 and 2002.

Megan holds a bachelor's degree and a master's degree in mechanical engineering from MIT, where she now serves on the board. She completed her master's thesis work at the MIT Media Lab.

Summary of the Seminar
Megan Smith, Vice President, New Business Development and General Manager, Google.org., argued that greater interconnectedness achieved by information technology is a major liberating force in the world. Whether it is aiding the coordination of protests or increasing transparency of governments, the exchange of information has huge benefits. This is not a new phenomenon. In places where people have been able to exchange information easily, social progress has followed. Megan cited the example of Seneca Falls, New York where the canal system allowed for extensive communication; it became significant in both the women's rights and abolition movements.

While a large proportion of the world is benefiting from greater interconnectedness, Africa still lacks the infrastructure to take full advantage. Submarine fiber optic cables are necessary for quick and cheap internet cables and many African countries, particularly in the east, are not connected to these, relying instead on satellites. This is likely to change over the next few years, bringing great potential for further development.

The mission of Google.org is to use technology to drive solutions to global challenges such as climate change, pandemic disease and poverty. The organization was set up as part of a commitment to devote approximately one percent of Google's equity plus one percent of annual profits to philanthropy, along with employee time.  Google.org now places its strategic focus on those projects that can leverage the resources of Google staff, particularly its engineers.

Current projects that harness the power of information include:

• Google Flu Trends: This uses aggregated Google search data to estimate flu activity up to two weeks earlier than traditional methods. This system has almost 90% accuracy in real time flu prediction and is therefore an extremely useful tool for health delivery agencies. It is now being used in 30 countries. Google is also starting to work in Cambodia to collect data around SARS.
• Google Power Meter provides a system for consumers to understand their in-home energy use and to take steps to reducing this. The Meter receives information from utility smart meters and in-home energy management devices and visualizes this information on iGoogle (a personalized Google homepage).The premise underlying this project is that greater information is going to be crucial to tackling climate change and consumers ought to be able to be empowered to make informed decisions about their energy use.
• Disaster relief: In response to the Haitian earthquake, a team of engineers worked with the U.S. Department of State to create an online People Finder gadget so that people can submit information about missing persons and to search the database. Google Earth satellite images have also been used to document the extent of damage.