Latest Articles for Energy Systems

A new method simplifies converting complex SDPs to real formats for improved efficiency.

This article examines work extraction from quantum systems, focusing on integrable and nonintegrable states.

Investigating spin interactions in energy-dissipating environments.

New models enhance understanding of proton and hydroxide interactions in water.

Research centers on the capabilities of quantum thermal machines in energy management.

A look into how energy operates at small scales in quantum thermodynamics.

A look at energy conversion processes in small systems like molecular motors.

Examining memory effects and strong coupling in quantum thermodynamics.

Offshore microgrids enhance energy supply and fresh water access on islands.

Study reveals unique power grid frequency behaviors in Asia, Australia, and Europe.

Innovative methods enhance voltage control in isolated power systems.

Exploring how quantum properties influence work extraction in thermodynamic systems.

A fresh perspective on modeling non-equilibrium systems without traditional fitting methods.

A new approach to optimization combining machine learning with traditional methods.

New algorithm improves crystal structure prediction using multi-objective strategies.

An overview of hysteresis effects in various systems and their implications.

Explore how quantum torque affects non-reciprocal materials in varying thermal states.

Exploring the unique properties and applications of 2D materials in various fields.

Exploring the synergy between reinforcement learning and mean field problems for complex system optimization.

New detection method safeguards smart inverters from potential cyberattacks.

Research improves accuracy of lattice thermal conductivity predictions using molecular dynamics and machine learning.

A new model enhances power flow analysis in hybrid AC/DC networks.

Exploring the links between mass, energy, and information in science.

Examining instantons and their role in understanding quantum systems beyond typical methods.

A look at how energy systems adapt to renewable sources.

PowerGraph enhances analysis of power grid failures through advanced learning techniques.

A look into how altermagnetism enhances superconductivity and its applications.

A new model improves battery integration in energy systems.

Addressing data availability challenges in power electronic systems with innovative methods.

Fmm LuHN shows promise for superconductivity at near-room temperatures.

Exploring the behavior and impact of collective quantum excitations in materials.

Discover how neuromorphic computing improves communication in microgrids.

Examining the role of grid-forming converters in maintaining electric grid stability.

Researchers are using transmission lines to study complex quantum behaviors.

Research shows how light alters superconducting materials using metamaterials.

New model improves gas flow simulations in complex conditions.

A study on how phase oscillators work together in power grids.

Learn how environment design impacts reinforcement learning for power distribution systems.

Discover how quantum thermodynamics reshapes energy efficiency and technological applications.

New methods improve reachability in high-dimensional systems across various fields.