Nuclear Issues

249 Items

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Analysis & Opinions - Russia Matters

Mutiny in Russia: What Happened, What’s Next and What To Be Thankful For

| June 29, 2023

What drove Yevgeny Prigozhin to lead his PMC Wagner troops on a “march for justice” across southern Russia, toward Moscow? Was it a mutiny meant to overthrow Vladimir Putin and install the ex-convict in the Kremlin? Or was the owner and political leader of Russia’s most powerful private army actually — as he assured his followers — trying to convince Putin to meet his demands, which included the firing of his arch-enemies and Russia’s top generals, Sergei Shoigu and Valery Gerasimov, over their poor conduct in the Ukraine war? And what made Prigozhin agree to abort the march toward Moscow, with Wagner’s reconnaissance teams reportedly spotted some 55miles south of the Russian capital, even though his demands had been left unmet? More importantly, has the rebellion weakened Putin, or has it made him stronger? And what’s next for Russia, Ukraine, and other countries whose national interests have been affected by this crisis? Finally, should we be thankful that the “march for justice” turned out the way it went? Despite having combed through hundreds of primary sources over the past several days, I still don’t have definitive answers to all of these key questions, but here’s how I would go about answering some of them if asked to do so, based on what was known as of June 29.

The 2010 nuclear security summit in Washington, DC, was aimed at preventing nuclear terrorism.

The White House

Analysis & Opinions - Bulletin of the Atomic Scientists

Why Biden’s New Nuclear Security Agenda Might Not Work as Planned

| Apr. 04, 2023

Early in March, the Biden administration unveiled its 19th National Security Memorandum. While the operational part of this memorandum is classified, the White House shared a factsheet on the new strategy, which is centered around three main pillars: countering weapons of mass destruction terrorism, advancing nuclear material security, and improving radioactive material security. The three-pronged strategy aims to reinvigorate long-standing approaches to risks from weapons of mass destruction (WMD) and nuclear security and introduce new ways to deal with emerging threats.

The USS Vesole, foreground, a radar picket ship, steams alongside the Soviet freighter Polzunov, outbound from Cuba, for an inspection of her cargo in the Atlantic Ocean, Nov. 11, 1962

AP Photo/Pool

Analysis & Opinions - Arms Control Today

The Cuban Missile Crisis at 60: Six Timeless Lessons for Arms Control

| October 2022

As the best documented major crisis in history, in substantial part because Kennedy secretly taped the deliberations in which he and his closest advisers were weighing choices they knew could lead to a catastrophic war, the Cuban missile crisis has become the canonical case study in nuclear statecraft. Over the decades since, key lessons from the crisis have been adapted and applied by the successors of Kennedy and Khrushchev to inform fateful choices.

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Analysis & Opinions - Bulletin of the Atomic Scientists

The Ukraine Invasion Highlights Why Biden’s Nuclear Posture Review Should Endorse Bold New Vision for Nuclear Security

| Feb. 28, 2022

The political crisis and human tragedy unfolding in Europe as a result of Russia’s invasion of Ukraine will dominate national security debates for the foreseeable future. As the world’s eyes focus on this conflict in the coming days and weeks, the Biden administration will likely also be rolling out key nuclear policy documents. There will be many issues to consider, but one that shouldn’t be missed—the urgency of which has been highlighted by recent developments in Ukraine, and particularly around the Chernobyl site—is the security of nuclear materials.

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Analysis & Opinions - The Guardian

Fears mount for safety of Ukraine’s nuclear reactors amid Russian invasion

| Feb. 25, 2022

Concerns are mounting about the safety of Ukraine’s 15 nuclear reactors and the possibility of an ecological disaster in the midst of the Russian invasion.

“There are contingencies but I doubt that these power plants have prepared for a full-scale invasion,” said Mariana Budjeryn, a Ukrainian research associate with Harvard University’s project on managing the atom. “In the middle of a large scale conflict, there’s a myriad of things that could happen, for which normal, even very robust, safety procedures at a nuclear power plant [would be insufficient].”

A guard passes the entrance to the International Atomic Energy Agency office in Vienna, Austria (AP Photo/Ronald Zak).

AP Photo/Ronald Zak

Analysis & Opinions - Stimson Center

Nuclear Security Year in Review, 2021

| Jan. 20, 2022

With tensions growing between the United States and other nuclear-armed rivals, it is easy to forget that non-state actors continue to pose a serious nuclear threat. Yet, despite continuing evidence of this threat, in 2021, the headwinds confronting those working to reduce it only got stronger. 

Efforts to reduce nuclear terrorism risks have entered a new era. Nuclear operators must defend against threats they have been aware of for decades—like well-funded and sophisticated non-state actors with global reach, malicious insiders, corruption—while learning to be resilient against new threats, such as those posed by adversaries employing new technologies or evolving pathogens that could cripple security forces.

A member of the Czech Army takes part in an anti-terrorism drill at the Temelin nuclear power plant near the town of Tyn nad Vltavou, Czech Republic, April 11, 2017.

REUTERS/David W. Cerny

Analysis & Opinions - Bulletin of the Atomic Scientists

Twenty Years After 9/11, Terrorists Could Still Go Nuclear

| Sep. 16, 2021

The probability of terrorists getting and using a nuclear bomb appears to be low—but the consequences if they did would be so devastating that it is worth beefing up efforts to make sure terrorists never get their hands on a nuclear bomb’s essential ingredients. To see the possibilities, we need to look at motive, capability, and opportunity.

Recovery work is performed on Unit 4 at the Fukushima Daiichi Nuclear Power Plant in April 2013.

IAEA Imagebank/Wikimedia Commons

Analysis & Opinions - Bulletin of the Atomic Scientists

Nuclear Safety and Security Lessons from Chernobyl and Fukushima

| Mar. 11, 2021
  1. We must learn from and remember the lessons of the past—while recognizing that Fukushima is not going to “happen again” as future accidents will have their own characteristics; while remembering the past, we must also avail ourselves of advances in seismology, climatology, engineering, etc.