Latest Articles for Chemistry

Research tracks ionization reactions in helium droplets under radiation exposure.

Researchers are advancing methods to control Janus particles' movement for practical applications.

Examining the role of resetting in subdiffusion and its applications.

A new algorithm enhances the efficiency of quantum state simulations.

Breakthrough research reveals potential for room temperature superconductivity with new materials.

Investigating how peptide structure affects electron movement and conductivity.

New insights into charge transfer processes at low temperatures.

A new method improves the efficiency of energy level calculations for larger molecules.

A new method sheds light on the behavior of current fluctuations over time.

A look into coupled-cluster theory and its role in quantum chemistry.

A new approach to MultiExp Gaussian quadrature improves integration accuracy in electronic structure calculations.

A new approach improves predictions of molecular properties using machine learning.

Scientists develop a method to study how molecules interact with their environment.

Three new organic molecules found in the cold region of TMC-1.

Research reveals new understanding of triatomic hydrogen ion's role in space chemistry.

A new machine learning method improves vibrational frequency calculations for molecular research.

Study reveals how laser pulses affect charge movement in specific molecules.

A look into the fascinating study of knots and their applications.

A look into Poisson geometry and its significance in system simulations.

Exploring how particle interactions shape the behavior of glassy materials.

Research reveals complex magnetic behaviors in chromium-substituted pyrochlore iridates.

Learn how graph coalescence helps model complex systems in various fields.

New insights into ultracold diatomic molecules reveal their potential in technology.

Research reveals new insights into ultracold molecular interactions and stability.

A look at natural optical activity and its significance in materials science.

Exploring the hydride ion through quantum computing techniques like VQE.

Researchers use machine learning to efficiently compress wavefunctions for molecular analysis.

Examining how molecular movements affect sound speed in liquid CCl.

A groundbreaking model enhances molecular representation for drug development.

Research into square BX planes may reveal new superconducting materials.

MolCode combines 2D and 3D data for better molecule creation.

An overview of essential concepts in physics and molecular chemistry.

Uncover how heavy elements form and where to find them in nature.

New methods enhance predictions for complex molecular interactions in chemistry.

A new model improves predictions for gas absorption in porous materials.

A study on how ions behave in saltwater solutions.

PyQCAMS helps scientists study atom-molecule collisions efficiently.

Explore how constraints affect diffusion in classical and quantum systems.

This study examines the ionization potentials of first-row transition metal aqua ions.

An overview of dimer configurations and their applications in various fields.