Nuclear
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Nuclear Waste Policy
US Senate Reviews $50 Billion Plan to Co-Locate Nuclear Reactors and Waste Storage in Regional Hubs
6 sources · 24d ago
Nuclear Export Strategy
US, Japan, and South Korea Launch Trilateral Plan to Accelerate Global SMR Deployment
7 sources · 26d ago
Nuclear Fuel Cycle
IAEA 'Red Book' Finds Uranium Minable at Reasonable Cost Is Shrinking Despite Growing Total Resources
5 sources · 25d ago
More in Nuclear
ExplainerMaterials Science
Fast Neutrons Sputter Cladding and Displace Lattice Atoms, Capping Reactor Fuel Lifespans
Materials Scientists 40%Nuclear Regulators 30%Reactor Operators 30%
ExplainerNuclear Fuel Cycle
Why Extracting the 95 Percent Unused Uranium in Spent Fuel Costs Far More Than Mining Fresh Ore
Direct Disposal Advocates 45%Nonproliferation Analysts 35%Closed Cycle Proponents 20%
ExplainerNuclear Physics
Why Commercial Nuclear Reactors Cannot Explode Like Atomic Bombs
Nuclear Physicists & Engineers 40%Non-Proliferation Monitors 40%Industry Representatives 20%
ExplainerNuclear Safety
The 0-to-7 Scale That Classifies the Severity of Nuclear Accidents and Incidents
International Regulators 60%Public Communication Analysts 40%
ExplainerWaste Classification
The Low-Level, Intermediate-Level, and High-Level Categories That Define Nuclear Waste Disposal and Isolation
International Regulatory Consensus 40%U.S. Domestic Framework 35%Geological Disposal Engineers 25%
Nuclear PolicyLegislative Shift
Italy's Senate Approves Framework Law for Return to Nuclear Power After 40-Year Ban
Government and Industry Advocates 45%Environmental and Political Opposition 35%Energy System Analysts 20%
ExplainerNuclear Fuel Cycle
The 24,100-Year Half-Life of Plutonium-239 That Dictates the Proliferation Risk of Spent Nuclear Fuel
Non-Proliferation Advocates 45%Closed Fuel Cycle Advocates 35%Defense and Security Analysts 20%
ExplainerReactor Physics
The Effective Multiplication Factor That Defines a Nuclear Reactor's Criticality
Reactor Operators 40%Criticality Safety Regulators 30%Nuclear Physicists 30%
SMR FinancingMarket Correction
Holtec International Halts $900 Million IPO Amid Shifting AI Data Center Demand
Market Skeptics 50%Nuclear Sector Optimists 30%Local Grid Planners 20%
ExplainerReactor Physics
The Neutron Fluence and Displacement Per Atom (DPA) That Dictate a Reactor Pressure Vessel's Lifespan
Nuclear Regulators 40%Plant Operators 35%Materials Scientists 25%
ExplainerNeutron Economy
The Breeding Ratio and Neutron Economy That Dictate a Reactor's Ability to Create New Fuel
Closed Fuel Cycle Proponents 60%Safety and Economics Pragmatists 40%
ExplainerReactor Physics
The Physics of Decay Heat: Why Nuclear Reactors Require Cooling Long After the Chain Reaction Stops
Nuclear Safety Regulators 40%Advanced Reactor Designers 30%Reactor Physicists 30%
ExplainerRadiation Physics
The Physics of How Concrete, Water, and Lead Shield Alpha, Beta, Gamma, and Neutron Radiation
Health Physicists 40%Nuclear Structural Engineers 35%Materials Scientists 25%
ExplainerReactor Physics
The 20% to 30% Power Reduction That Defines the Xenon-135 Reactor Poisoning Problem
Nuclear Operators 40%Grid Dispatchers 30%Reactor Physicists 30%
ExplainerUranium Enrichment
Centrifuge Cascades: Enriching Uranium From 0.711% to 5% for Light-Water Reactor Fuel
Commercial Enrichment Operators 40%Non-Proliferation Monitors 35%Advanced Reactor Developers 25%
ExplainerRadiation Dosimetry
Converting Physical Radiation to Biological Risk: The Math Behind the Gray and the Sievert
Health Physicists and Regulators 60%Emergency Medicine Physicians 40%
ExplainerWaste Management
Why Cesium-137 and Strontium-90 Dictate Nuclear Waste Storage Timelines
Geological Disposal Advocates 50%Near-Term Safety Advocates 30%Utility Operators 20%
ExplainerFusion Physics
Lawson Criterion: Balancing Density, Temperature, and Confinement in Nuclear Fusion
Magnetic Confinement Proponents 50%Inertial Confinement Advocates 30%Private Fusion Commercializers 20%
ExplainerReactor Physics
Moderating Ratios Determine Whether Reactors Require Enriched Uranium
Light-Water Economics 45%Natural Uranium Independence 35%Advanced Fuel Optimization 20%
ExplainerReactor Physics
Why Water Density Stops Runaway Chain Reactions in Light-Water Reactors
Reactor Physicists 50%Nuclear Regulators 25%Safety Systems Engineers 25%
ExplainerReactor Physics
The 0.65% Fraction of Delayed Neutrons That Makes a Nuclear Chain Reaction Controllable
Light-Water Reactor Operators 40%Advanced Reactor Designers 30%Zero-Power Research Facilities 30%
ExplainerGrid Reliability
New York Drafts Blueprint for 5-Gigawatt Nuclear Expansion to Anchor Clean Energy Grid
State Energy Planners 40%Nuclear Industry Advocates 35%Renewable Energy Purists 25%
ExplainerReactor Burnup
Why 0.711% U-235 Natural Uranium Requires Enrichment for Light-Water Reactor Burnup
Reactor Economics & Operations 35%Safety & Material Regulation 35%Fuel Cycle & Infrastructure 30%
ExplainerReactivity Control
The Physics of Chemical Shims: Why Advanced Reactors Are Struggling to Eliminate Soluble Boron
SMR Developers 35%Reactor Physicists 35%Safety Regulators 30%
ExplainerNuclear Fuel Cycle
How Fast Neutron Reactors and Pyroprocessing Could Cut Nuclear Waste Lifespans by 99 Percent
Closed-Cycle Advocates 39%Nonproliferation Analysts 39%Advanced Fuel Cycle Researchers 22%
ExplainerSpent Nuclear Fuel
Comparing Dry Cask Storage, Reprocessing, and Deep Repositories for Spent Nuclear Fuel
Direct Disposal Advocates 40%Closed Fuel Cycle Proponents 30%Interim Storage Pragmatists 30%
ExplainerNuclear Tech
Why TRISO Particle Fuel Uses Microscopic Containment to Prevent Nuclear Meltdowns
Advanced Reactor Developers 40%Nuclear Materials Scientists 35%Energy Economists 25%
ExplainerNuclear Fuel Cycle
Turning Uranium Ore Into Nuclear Fuel Through Milling, Conversion, and Enrichment
Advanced Nuclear Developers 40%Non-Proliferation Advocates 30%Closed-Cycle Proponents 30%
ExplainerNuclear Safety
Why Nuclear Reactor Safety Relies on Five Layers of Defense-in-Depth
Regulatory Oversight 40%Industry & Engineering 40%Security Integration 20%
ExplainerNuclear Cogeneration
Nuclear Desalination: Repurposing Reactor Waste Heat for Freshwater
Water Security Advocates 41%Nuclear Industry Proponents 41%Environmental Conservationists 18%
ExplainerReactor Tech
How Gen IV Reactors Ditch Water Cooling for Molten Salt and Helium Gas
Advanced Reactor Developers 45%Nuclear Industry Baseline 35%Systems Analysts 20%
Nuclear Tech
How Advanced Nuclear Reactors Are Powering the Next Generation of AI Data Centers
Hyperscaler Tech Companies 40%Advanced Nuclear Developers 35%Grid Reliability Advocates 25%
Uranium EnrichmentSupply Chain Expansion
Urenco Breaks Ground on Multi-Billion-Dollar Expansion to Boost US Uranium Enrichment Capacity by 50%
Domestic Nuclear Operators 35%Western Enrichment Suppliers 35%Federal Energy Policymakers 30%
Nuclear Finance
Global Nuclear Investment Must Hit $250 Billion Annually to Meet COP28 Tripling Goal
Institutional Financiers 35%Energy Policymakers 35%Technology Sector Buyers 30%
ExplainerModular Nuclear
Antares Mark-0 and the Mechanics of Factory-Built Nuclear Microreactors
Advanced Nuclear Developers 40%Federal Regulators 35%Global Energy Strategists 25%
Maritime NuclearPolicy Explainer
IAEA Launches Global Regulatory Framework for Floating Nuclear Power and Maritime Propulsion
Nuclear Technology Developers 40%Maritime Regulators & Insurers 40%Environmental & Nonproliferation Watchdogs 20%
Advanced Nuclear
Google Signs Deal for Kairos Small Modular Reactors to Power AI Data Centers
Tech and Cloud Providers 38%Advanced Nuclear Developers 31%Grid and Utility Operators 31%
ExplainerNuclear Fuel Cycle
New Processes Unlock Trillions in Reusable Fuel and High-Value Isotopes from US Nuclear Waste Stockpile
Closed-Cycle Advocates 45%Geologic Disposal Proponents 30%Non-Proliferation Analysts 25%
ExplainerMicroreactors
Standard Nuclear Secures Long-Term TRISO Fuel Supply Deal for Radiant Microreactor Fleet
Advanced Reactor Developers 40%Energy Policy Analysts 35%Nuclear Safety Watchdogs 25%
Reactor Restarts
Palisades Nuclear Plant Secures $1.5 Billion Federal Loan to Become First Decommissioned US Reactor to Restart
Federal & State Policymakers 40%Nuclear Industry & Utilities 40%Local Communities & Critics 20%
Nuclear Expansion
US Government Commits $80 Billion to Build 10 New Large-Scale AP1000 Nuclear Reactors
Federal & Industry Proponents 65%Economic & Environmental Skeptics 35%
ExplainerNuclear Policy
Spain Reverses Nuclear Phase-Out, Extends Almaraz Reactor Life to 2030
Grid Reliability Advocates 40%Pragmatic Transition Planners 35%Accelerated Decarbonization Proponents 25%
ExplainerNuclear Fuel Security
Sapporo Five Nations Urged to Form Allied Nuclear Fuel Cycle to Counter Russia and China
Allied Integration Advocates 45%National Security Analysts 35%Global Market Proponents 20%
Hydro ExpansionInfrastructure Explainer
Canada Unveils $70 Billion Churchill Falls and Gull Island Hydro Expansion
Federal and Provincial Governments 40%U.S. Energy Importers 30%Environmental and Indigenous Stakeholders 30%
Nuclear DiplomacyPolicy Explainer
US Signs Landmark Nuclear Deal With Saudi Arabia Allowing Domestic Fuel Enrichment
U.S. Strategic Advocates 41%Non-Proliferation Watchdogs 35%Saudi Energy Planners 24%
Grid Infrastructure
NextEra and Japan Finalize $3.3 Billion Funding for 10 GW Gas Power Expansion in Texas and Pennsylvania
Infrastructure Developers 40%Economic Policymakers 35%Grid Operators & Planners 25%
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