| There is no Plan B for dealing with the climate crisis |
9 |
| Cellular agriculture: The coming revolution in food production |
7 |
| Migration and displacement risks due to mean sea-level rise |
7 |
| Russian nuclear forces, 2019 |
5 |
| Invisible nuclear-armed submarines, or transparent oceans? Are ballistic missile submarines still the best deterrent for the United States? |
4 |
| Electric vehicles: Approaching the tipping point |
4 |
| The frame problem: The AI arms race isn't one |
3 |
| What do Americans really think about conflict with nuclear North Korea? The answer is both reassuring and disturbing |
3 |
| A resilient community is one that includes and protects everyone |
2 |
| Internet of nuclear things: Managing the proliferation risks of 3-D printing technology |
2 |
| Holding fossil fuel companies accountable for their contribution to climate change: Where does the law stand? |
2 |
| Waste makes haste: How a campaign to speed up nuclear waste shipments shut down the WIPP long-term repository |
2 |
| The Outer Space Treaty and the weaponization of space |
2 |
| The existential threat from cyber-enabled information warfare |
2 |
| The existential threat of antimicrobial resistance |
2 |
| Chronic long-term risk of low-level radiation exposure: Bridging the lay/expert divide |
2 |
| How an India-Pakistan nuclear war could start-and have global consequences |
2 |
| China: Determined to dominate cyberspace and AI |
2 |
| The apocalypse: It's not the end of the world |
1 |
| Facial recognition and the future of privacy: I always feel like ... somebody's watching me |
1 |
| Pakistani nuclear forces, 2018 |
1 |
| What the United States can do to stabilize its nuclear relationship with China |
1 |
| Cyberattacks on Russia-the nation with the most nuclear weapons-pose a global threat |
1 |
| How the next nuclear arms race will be different from the last one |
1 |
| International Partnership for Nuclear Disarmament Verification: Laying a foundation for future arms reductions |
1 |
| What next for sanctions against North Korea? |
1 |
| Burning waste or playing with fire? Waste management considerations for non-traditional reactors |
1 |
| How swarming will change warfare |
1 |
| What's cooking for climate change? Techno-fixing dinner for 10 billion |
1 |
| Limitations on ballistic missile defense-Past and possibly future |
1 |
| China's attitudes toward missile defense and its limitation |
1 |
| The focus of US military efforts in outer space should be ... arms control |
1 |
| Evangelicals for climate action |
1 |
| The global impacts of a terrorist nuclear attack: What would happen? What should we do? |
0 |
| Investing in resilience today to prepare for tomorrow's climate change |
0 |
| An overview of resilience and climate change |
0 |
| The inhumanity of nuclear deterrence |
0 |
| US ballistic missile defenses, 2019 |
0 |
| United States nuclear forces, 2018 |
0 |
| What really went wrong at WIPP: An insider's view of two accidents at the only US underground nuclear waste repository |
0 |
| Revisiting the climate collapse: The view from Nuuk in the year 2070 |
0 |
| A Star Wars sequel? The allure of directed energy for space weapons |
0 |
| Arms control in outer space: The Russian angle, and a possible way forward |
0 |
| Anti-satellite warfare and the case for an alternative draft treaty for space security |
0 |
| The making of a non-proliferation law: A memoir |
0 |
| Why a space-based missile interceptor system is not viable |
0 |
| Myths of automation and their implications for military procurement |
0 |
| Deterrence and its discontents |
0 |
| A new boost-phase missile defense systemand its diplomatic uses in the North Korea dispute |
0 |
| The vicissitudes of Russian missile defense |
0 |
