Latest Articles for Chemistry

Recent findings reveal the complex dynamics of hydrogen in barium hydrides under pressure.

Research reveals how light affects chemical reactions in unique environments.

This article examines how temperature affects the movement of charged colloidal particles.

Discover how polymer chain length affects the strength of materials.

Research on xenon under high pressure reveals new insights into light behavior.

A look at new control methods for complex reaction-diffusion systems using event-triggered approaches.

A look into how light and molecules behave in confined spaces.

A method to enhance accuracy in quantum chemistry using reduced density matrices.

A new method improves the efficiency of excited state calculations in molecular chemistry.

Researchers improve total energy estimates in solid materials using the density matrix method.

Research reveals complex vibrational behavior of liquids through experimental and simulation methods.

Investigating aluminum's influence on third harmonic generation in ZnO materials.

Research shows how wet-dry cycles speed up chemical processes crucial for early life.

Research reveals methods to manage protein gelation using laser pulses for drug delivery.

Research on aluminum monoxide emissions sheds light on plasma behavior.

This article discusses how machines parse reaction diagrams for better research.

Exploring how light impacts chemical reactions within microcavities.

Discover how glass-forming liquids change properties as they cool.

A new semi-supervised framework improves predictions for under-represented graph properties.

Language models enhance molecular design by generating complex structures directly from data.

New methods improve predictions for cation arrangements in multicomponent oxides, enhancing material design.

A new method improves efficiency in molecular design, cutting costs and enhancing discovery.

LDA's structure blends crystalline and amorphous traits, impacting cosmic and Earthly processes.

New methods improve detection of chiral molecules, impacting various scientific fields.

Study reveals how water molecules interact with light in an optical cavity.

Study of how light influences chemical reactions and material properties.

Examining Manifold Diffusion Fields and their impact on complex data modeling.

New circuit designs improve accuracy in quantum energy calculations.

Research reveals how ion movement affects superconductivity in clathrate hydride.

A look into how FS-VQE aids in calculating molecular excited states.

Exploring the role of distance and dimension in energy transfer between particles.

Exploring how vibrational polaritons impact chemical reactions with light.

Research reveals multiple states at Cu/Pb interface, impacting material properties.

Enzymes influence particle movement in crowded conditions, revealing new aspects of cellular dynamics.

QFlow improves quantum simulations of many-body systems, tackling complex problems more efficiently.

This article discusses how molecule collisions affect spectral lines.

A look into VQE's role in determining hydrogen molecule energy.

Study reveals factors affecting particle escape times in confined spaces.

Research reveals complex behaviors of polymer chains near solid surfaces.

A look into how particle movement varies in different mediums.