Latest Articles for Temperature

Research reveals how laser light can control tiny magnetic skyrmions.

Methods for analyzing temperatures in exoplanet atmospheres reveal potential for life.

Research explores how axions from the Sun can reveal its hidden characteristics.

Magnetic skyrmions hold promise for future data storage and processing technologies.

Discover how magnetic fluids self-assemble into unique structures and their applications.

Investigating methods to measure and reduce noise in double quantum dots for better performance.

Examining the connection between diabetes and climate effects in Indonesia.

Exploring the formation and significance of equatorial jets in weather and climate.

Exploring the unique thermodynamic properties of rotating black holes.

An overview of heat transfer methods and their implications in technology and medicine.

Examining the forces driving gas outflows from active galactic nuclei.

An exploration of flare duration and its effects on stars and Earth.

Researchers enhance our knowledge of opacity to better model star behavior.

Exploring the properties and potential of helimagnetic materials in technology.

MetNet-3 enhances weather predictions with improved accuracy and speed.

Scientists study the unique properties of U-Fe materials under extreme conditions.

Study reveals how temperature impacts phonon behaviors in bismuth vanadate.

Study reveals weather's impact on dengue and mosquito populations.

New methods align particles for clearer imaging of molecular structures.

Exploring the impact of hydrogen on atmospheres of ultrahot rocky planets.

Airplanes emit greenhouse gases, creating contrails that affect the Earth's climate.

Study reveals how temperature influences snail mucus properties.

A new approach to the Arrhenius Law examines particle interactions and escape times.

MoS nanostructures alter their properties with temperature, impacting technology applications.

Discover how defects impact diamond's thermal conductivity and its applications.

A new deep learning method improves predictions for stellar atmosphere models.

A novel approach improves temperature measurement in ion crystals for quantum applications.

Researchers study lutetium hydrides, revealing no conventional superconductivity despite recent claims.

Analyzing how quantum systems respond to changes in their environments.

Examining loop structures in antiferromagnets and their temperature-dependent changes.

Research reveals how rotation affects quark-gluon plasma behavior in heavy-ion collisions.

Scientists study GJ 229B to understand its odd characteristics and possible binary nature.

Droplets of volatile liquids move unpredictably on heated surfaces due to temperature effects.

This study examines the effects of alternative Gibbs measures in hard-core models.

Study reveals how temperature differences influence particle behavior in turbulent air flows.

Research reveals atomic-level details of promising red phosphor SrLiAlN:Eu for improved lighting.

Examining the evolution of synchronization from classical models to quantum systems.

Researchers investigate the quantum atmosphere surrounding black holes and its implications.

Investigating how rare-earth glasses change light properties through noise measurement.

Study examines how chromium modifies strontium hexaferrite's structure and magnetic properties.