Science, Technology, and Public Policy

In this chapter, Ji Yeon-jung analyzes the space arms race among major Asian countries which seek technological parity and international prestige — an arms race that warrants the formation of additional regional forum.

ON TUESDAY, MARCH 1, 2016, Commander Scott Kelly returned home from the International Space Station after twelve months working off the Earth, for the Earth. His year in space will pay scientific and medical dividends for years to come, helping pave the way for future astronauts to travel to Mars and beyond.

The Project on Managing the Atom offers fellowships for pre-doctoral, post-doctoral, and mid-career researchers for one year, with a possibility for renewal, in the stimulating environment of the Belfer Center for Science and International Affairs at the Harvard Kennedy School. The online application for 2016-2017 fellowships opened December 15, 2015, and the application deadline is January 15, 2016. Recommendation letters are due by February 1, 2016.

"Given the budgetary constraints under which spacefaring nations like the United States and India operate, cooperation is a valuable means to furthering our understanding of Earth's ecosystem."

The space exploration agendas of China and India have progressed rapidly in the last decade, spanning from human spaceflight to missions to the Moon and Mars.  Their growing economies have made it possible to fund these programs at a level unconceivable before now. This has therefore stimulated the scientific communities in both states to be more ambitious. In this presentation to the Harvard University South Asia Institute, MTA/ISP Fellow Jaganath Sankaran explores the intracacies of this delicate relationship.

"if both the top-down and bottom-up methods of trust building are never going to be risk free, is there a more plausible third option? For example, what if Washington and Beijing forget about trust-building and instead opt for a relationship based on mutual deterrence? Unfortunately, the risks of this option — arms racing, a return to a Cold War-like MAD doctrine, and forever teetering on the brink of conventional conflict — might not just upend US-China relations, they might sabotage regional and global security as well."

Last October, at the foot of a rocky hillside near here, at a spot known as Degelen Mountain, several dozen Kazakh, Russian and American nuclear scientists and engineers gathered for a ceremony. The modest ribbon-cutting marked the conclusion of one of the largest and most complex nuclear security operations since the Cold War — to secure plutonium (enough to build a dozen or more nuclear weapons) that Soviet authorities had buried at the testing site years before and forgotten, leaving it vulnerable to terrorists and rogue states. The effort spanned 17 years, cost $150 million and involved a complex mix of intelligence, science, engineering, politics and sleuthing. This op-ed is based on documents and interviews with Kazakh, Russian and U.S. participants, and reveals the scope of the operation for the first time.

Matthew Bunn presented "Nuclear Security: What is Required" to a joint Harvard/Peking University workshop in Beijing.

"Missile defense represents the most severe collision of space, nuclear weapons and politics. Accustomed to technological miracles, Americans assume that technical problems can always be fixed with enough money. Engineers are not asked if missile defense is a viable solution to the horrific threat of nuclear warheads carried on missiles, and political analysts do not care about the difficulties involved in developing hardware. In the end, this disconnect could produce a situation where a U.S. president is asked to rely on a system that technical experts cannot assure him will work but that political advisers insist must be brandished."