Latest Articles for Energy Production

Examining the dynamics of heavy-ion fusion and its implications for energy and nuclear physics.

A look into how ATP synthase helps plants produce energy.

This study uses machine learning to forecast flame dynamics effectively.

A fresh approach combines machine learning with traditional fluid dynamics for better predictions.

Exploring the properties and implications of hydrogen plasmas in various fields.

Research reveals unexpected fusion behaviors in lithium and thallium interactions.

SPARC's innovative methods aim to achieve vertical stability for efficient fusion energy production.

Prosumers are reshaping market dynamics by acting as both producers and consumers.

Learn about neutron noise and its impact on nuclear reactor safety.

ENN focuses on clean and cost-effective fusion energy with proton-boron fusion.

A look into doubly charged scalars and their potential in energy production.

Exploring the potential of negative triangularity tokamaks for fusion energy.

Exploring the unique fusion process using muons for energy production.

Investigating dark matter interactions using nuclear reactors offers new research opportunities.

Machine learning aids in predicting ion behavior in fusion experiments.

Chloroplasts adapt and recycle in response to stress for plant vitality.

A new approach to tackle non-equilibrium radiation diffusion problems in materials.

Scientists work to improve fusion reactor efficiency by understanding turbulent plasma behavior.

This article discusses how angular momentum forms and its significance in fission reactions.

Glycolysis is key to how cells convert glucose into energy.

Fusion offers a powerful, clean energy source, but challenges remain.

Research reveals complexities in energy flow within multi-species plasmas for fusion.

A look at the possibilities of low energy nuclear fusion for clean energy.

Analyzing water interactions with g-CN and CN materials for catalysis and separation.

Research uncovers how E. coli binds formate for energy.

A look into the STEP power plant and its innovative approach to nuclear fusion.

A study on the structure and behavior of bismuth isotopes from Bismuth-204 to Bismuth-213.

A look into nuclear DFT and its applications in physics.

Exploring the interaction of circularly polarized solitons in magnetized plasmas.

Discover the workings and potential of quantum heat engines in energy production.

New methods in deep learning for accurate predictions of nuclear cross sections.

Combining energy sources and storage for a reliable energy supply.

New preconditioner improves fluid simulations in porous materials for various industries.

Examining the link between fusion reactors and potential nuclear weapons threats.

This study presents a model analyzing how fractures develop in rocks under heat and pressure.

New methods enhance understanding of fission fragment yields in nuclear physics.

A study of V-flames reveals their complex dynamics and stability factors.

Neural networks improve efficiency and accuracy in radiation transport simulations.

New insights from gas-puff imaging enhance understanding of plasma dynamics in fusion devices.

Study reveals how molecular hydrogen acts in various plasma settings.