Academic journal article Policy Review

Reducing the Global Nuclear Risk

Academic journal article Policy Review

Reducing the Global Nuclear Risk

Article excerpt

THE TIMES WE live in are dangerous for many reasons. Prominent among them is the existence of a global nuclear enterprise made up of weapons that can cause damage of unimaginable proportions and power plants at which accidents can have severe, essentially unpredictable consequences for human life. For all of its utility and promise, the nuclear enterprise is unique in the enormity of the vast quantities of destructive energy that can be released through blast, heat, and radioactivity.

To get a better grip on the state of the nuclear enterprise, we convened a group of prominent experts at Stanford University's Hoover Institution. The group included experts on nuclear weapons, power plants, regulatory experience, public perceptions, and policy. This essay summarizes their views and conclusions.

We begin with the most reassuring outcome of our deliberations: It's the sense generally held that the U.S. nuclear enterprise currently meets very high standards in its commitment to safety and security. That has not always been the case in all aspects of the U.S. nuclear enterprise. But safety begins at home, and while the U.S. will need to remain focused to guard against nuclear risks, the picture here looks relatively good.

Our greatest concern is that the same cannot be said of the nuclear enterprise globally. Governments, international organizations, industry, and media must recognize and address the nuclear challenges and mounting risks posed by a rapidly changing world.

The biggest concerns with nuclear safety and security are in countries relatively new to the nuclear enterprise, and the potential loss of control to terrorist or criminal gangs of the fissile material that exists in such abundance around the world. In a number of countries, confidence in civil nuclear energy production was severely shaken in the spring of 2011 by the Fukushima nuclear reactor plant disaster. And in the military sphere, the doctrine of deterrence that remains primarily dependent on nuclear weapons is seen in decline due to the importance of nonstate actors such as al-Qaeda and terrorist affiliates that seek destruction for destruction's sake. We have two nuclear tigers by the tail.

When risks and consequences are unknown, undervalued, or ignored, our nation and the world are dangerously vulnerable. Nowhere is this risk/consequence calculation more relevant than with respect to the nucleus of the atom.

From Hiroshima to Fukushima

THE NUCLEAR ENTERPRISE was introduced to the world by the shock of the devastation produced by two atomic bombs hitting Hiroshima and Nagasaki. Modern nuclear weapons are far more powerful than those early bombs, which presented their own hazards. Early research depended on a program of atmospheric testing of nuclear weapons. In the early years following World War II, the impact and the amount of radioactive fallout in the atmosphere generated by above-ground nuclear explosions was not fully appreciated. During those years, the United States and the Soviet Union conducted several hundred tests in the atmosphere that created fallout.

A serious regulatory weak point from that time still exists in many places today, as the Fukushima disaster clearly indicates. The U.S. Atomic Energy Commission (AEC) was initially assigned conflicting responsibilities: to create an arsenal of nuclear weapons for the United States to confront a growing nuclear-armed Soviet threat; and, at the same time, to ensure public safety from the effects of radioactive fallout. The AEC was faced with the same conundrum with regard to civilian nuclear power generation. It was charged with promoting civilian nuclear power and simultaneously protecting the public.

Progress came in 1963 with the negotiation and signing of the Limited Test Ban Treaty (LTBT) banning all nuclear explosive testing in the atmosphere (initially by the United States, the Soviet Union, and the United Kingdom). …

Search by... Author
Show... All Results Primary Sources Peer-reviewed


An unknown error has occurred. Please click the button below to reload the page. If the problem persists, please try again in a little while.