Latest Articles for Energy Conversion

Researchers highlight the energy conversion potential of crystalline o-CsCuS.

Research on FAPbI3 nanocubes reveals new insights into excitons and material properties.

This article examines how quantum mechanics influences heat engines and their efficiency.

Research reveals how catalysts can significantly boost efficiency in two-stroke heat engines.

Learn about superconducting diodes and their impact on electronic technology.

Nodal line semimetals show promise in improving thermoelectric energy conversion.

This article discusses a single-piston quantum engine using a harmonic oscillator.

Exploring the unique properties of coexistence topological semimetals for thermoelectric applications.

Research reveals how structure impacts the properties of polymeric carbon nitrides.

Research highlights the potential of Janus MXenes in thermoelectric applications.

A new wave energy converter design improves energy absorption and efficiency in varying wave conditions.

Exploring the benefits of coherent quantum heat engines over traditional models.

A look at how stroke-based heat engines convert heat to work through three key strokes.

Exploring how particle interactions affect the efficiency of quantum Otto engines.

An exploration of quantum thermal machines using the Lieb-Kagome Hubbard model.

A look into the strange behavior of inverse current in quantum systems.

Examining energy movement in metal halide perovskites for improved optoelectronic applications.

Discover how quantum mechanics transforms heat engine performance.

Examining energy conversion and control in double quantum dots using Maxwell's demon.

Study reveals how magnetic properties affect quantum heat engine efficiency.

A look into thermodynamics and its role in Stirling engines.

A closer look at P3HT's role in electronic devices and its molecular dynamics.

This article introduces a new approach for studying electron transfer reactions under strong electronic coupling.

Exploring efficiency, phase transitions, and operational modes in quantum heat engines.

This study reveals membrane impact on energy transfer in photosynthetic bacteria.

Researchers are improving thermoelectric materials using nanoengineering and energy filtering techniques.

Research reveals significant changes in shift current as materials approach a gapless state.

Research reveals the impact of layer thickness on thermoelectric materials.

Research shows how wave function geometry improves thermoelectric materials' performance.

Researchers combine machine learning and DFT to discover efficient thermoelectric materials.

Research on collective quantum systems shows promise for efficient energy conversion.

Exploring how particle size affects photoluminescence in materials for energy applications.

New findings show superfluorescence in hybrid perovskite films at room temperature.

Research reveals how temperature and size affect spin dynamics in nanocrystals.

Researchers explore quantum dots and the Kondo effect for better energy conversion.

Research reveals how liquid metals can generate electricity from heat.

Cobalt monosilicide exhibits unique electrical and thermal behaviors influenced by its structure.

A look into thermoelectricity and its key effects on energy conversion.

Research on CsCu Se reveals insights into thermal conductivity and heat transport.

Nanowires may hold the key to maximizing solar energy conversion efficiency.