• Hitting Nuclei With Light May Create Fluid Primordial Matter

• Clear Sign That Quark-Gluon Plasma Production 'turns Off' At Low Energy

• Scientists Identify New Mechanism of Corrosion

• New Superalloy Could Cut Carbon Emissions from Power Plants

• Engineers Discover a New Way to Control Atomic Nuclei as 'qubits'

• Amplified Search for New Forces
• 'Ghostly' Neutrinos Provide New Path to Study Protons

• Color Images from the Shadow of a Sample

• Researchers Gain Deeper Understanding of Mechanism Behind Superconductors

• Mitigating Corrosion by Liquid Tin Could Lead to Better Cooling in Fusion Reactors

• National Ignition Facility Achieves Fusion Ignition

• Quantum Algorithm of the Direct Calculation of Energy Derivatives Developed for Molecular Geometry Optimization

• Small Modular Reactor Waste Analysis Report

• How Does Radiation Travel Through Dense Plasma?

• How Long Can Exotic Nuclei Survive at the Edge of Stability?

• Material Separates Heavy Water from Ordinary Water

• Physicists Confirm Hitch in Proton Structure
• Our Brains Use Quantum Computation

• Hackmanite Mineral Changes Color Also Upon Exposure to Nuclear Radiation

• Pushing the Boundaries of Chemistry: Properties of Heaviest Element Studied So Far Measured at GSI/FAIR

• Less Risk, Less Costs: Portable Spectroscopy Devices Could Soon Become Real

• Particles Pick Pair Partners Differently in Small Nuclei

• Elemental Research: Scientists Apply Boron to Tungsten Components in Fusion Facilities

• The Electron Slow Motion: Ion Physics on the Femtosecond Scale

• 2D Array of Electron and Nuclear Spin Qubits Opens New Frontier in Quantum Science

• Upgrade for Magnetic Resonance Methods With a 1,000-Fold Amplifier

• A Better Way to Quantify Radiation Damage in Materials
• Suspended Sediment Reduced by Rapid Revegetation After Fukushima Decontamination

• Listening to the People Results in a More Sustainable Future Energy System

• Smaller, Stronger Magnets Could Improve Devices That Harness the Fusion Power of the Sun and Stars

• Chemists Unlock Secrets of Molten Salts

• Go With the Flow: New Findings About Moving Electricity Could Improve Fusion Devices

• Scientists Propose Solution to a Long-Puzzling Fusion Problem

• X-Rays Help Researchers Piece Together Treasured Cellular Gateway

• Laser Creates a Miniature Magnetosphere

• New Feedback System Can Improve Efficiency of Fusion Reactions

• Chemists Design Chemical Probe for Detecting Minute Temperature Shifts in the Body

• Physicists Announce First Results from The Daya Bay Neutrino Experiment's Final Dataset

• Nuclear Physics and Extreme Environments of Cosmic Explosions

• Researchers Reveal the Origin Story for Carbon-12, a Building Block for Life

• Confirmed: Atmospheric Helium Levels Are Rising

• Researchers Design Simpler Magnets for Twisty Facilities That Could Lead to Steady-State Fusion Operation

• Solar Beats Nuclear at Many Potential Settlement Sites on Mars

• New Production Method Promises to End Medical Radioisotope Shortages

• Validating Models for Next-Generation Fusion Facilities

• Most Precise Ever Measurement of W Boson Mass to Be in Tension With the Standard Model

• Physicists 'shine' Light on Inner Details and Breakup of Simple Nucleus

• New Pumpkin Shaped Nucleus Radiates Protons With Record Setting Rate

• Nuclear Reactor Power Levels Can Be Monitored Using Seismic and Acoustic Data

• Selecting the Right Structural Materials for Fusion Reactors

• Self-Sustained Divertor Oscillation Mechanism Identified in Fusion Plasma Experiment

• Deep Neural Network to Find Hidden Turbulent Motion on the Sun

• Ushering in Safe, Low-Carbon Electricity Generated by Nuclear Fusion

• Chaining Atoms Together Yields Quantum Storage

• Graphene and an Intense Laser Open the Door to the Extreme

• Scientists Report Breakthrough in Transuranium Actinide Chemical Bonding

• Nuclear Power May Be the Key to Least-Cost, Zero-Emission Electricity Systems

• Solar and Wind Power Are Key to Decarbonizing Switzerland

• JET Fusion Facility Sets a New World Energy Record

• New Experiment Results Bolster Potential for Self-Sustaining Fusion

• New Structured Thermal Armor Achieves Liquid Cooling Above 1,000°C

• Can Reactor Fuel Debris Be Safely Removed from Fukushima Daiichi?

• Scientists Make First Detection of Exotic 'X' Particles in Quark-Gluon Plasma

• Common Household Cleaner Can Boost Effort to Harvest Fusion Energy on Earth

• Record-Setting Isotope of Magnesium

• Fueling the Future With New Perovskite-Related Oxide-Ion Conductors

• Speeding the Development of Fusion Energy
• Measuring a Quantum Computer’s Power Just Got Faster and More Accurate

• How Molecular Clusters in the Nucleus Interact With Chromosomes
• Breakthrough in Surface-Based Groundwater Measurement
• Electrons Set the Stage for Neutrino Experiments

• Scientists Create Insights Into Perhaps the Most Extreme State of Matter Produced on Earth

• Nuclear Radiation Used to Transmit Digital Data Wirelessly

• How Prolonged Radiation Exposure Damages Nuclear Reactors

• Lake’s Radioactivity Concentration Predicted for 10,000 Days After the Fukushima Accident
• Underground Tests Dig Into How Heat Affects Salt-Bed Repository Behavior

• Smoke from Nuclear War Would Devastate Ozone Layer, Alter Climate
• Quarks and Antiquarks at High Momentum Shake the Foundations of Visible Matter
• A 5-Sigma Standard Model Anomaly Is Possible
• Professor Uncovers Surprising Results from Nuclear Reactions Inside Stars

• To Find Sterile Neutrinos, Think Small

• Scientists Capture the Fleeting Transition of Water Into a Highly Reactive State

• Extending the Power of Attosecond Spectroscopy

• Engineers Discover Way to Turn Organic Waste Into Renewable Biofuel Additives Using Radiation
• An Experimental Loop for Simulating Nuclear Reactors in Space

• 'Beach Ball' Representations Calculated for US Underground Nuclear Tests Can Aid Monitoring

• Physicists Probe Light Smashups to Guide Future Research
• A Sandblaster at the Atomic Level

• Physicist Helps Confirm a Major Advance in Stellarator Performance

• Cross-Pollinating Physicists Use Novel Technique to Improve the Design of Facilities That Aim to Harvest Fusion Energy

• Effect of ‘eddy Killing’ in Oceans Is No Longer a Matter of Guesswork

• Transformation in the Particle Zoo

• Heavily Enriched: An Energy-Efficient Way of Enriching Hydrogen Isotopes in Silicon

• The Wendelstein 7-X Concept Proves Its Efficiency

• Scientists Detect Characteristics of the Birth of a Major Challenge to Harvesting Fusion Energy on Earth

• Using Particle Accelerators to Investigate the Quark-Gluon Plasma of the Infant Universe

• Ultrafast X-Ray Provides New Look at Plasma Discharge Breakdown in Water

• Collisions of Light Produce Matter/antimatter from Pure Energy
• Study Reveals Characteristics of SARS-CoV-2 Spike Protein

• Gaming Graphics Card Allows Faster, More Precise Control of Fusion Energy Experiments