Latest Articles for Molecular Science

Researchers achieve stable entangled states using optical tweezers and ultracold polar molecules.

This article discusses molecular entanglement detection methods and their significance in science.

QUEST 4X enhances understanding of open-shell molecules and their excited states.

A look at how amino acids evolve and their implications for life.

Exploring how generative AI is shaping the future of chemistry.

XMOL optimizes multiple molecular properties simultaneously, enhancing clarity and efficiency.

Discover how small molecules and proteins interact in the Protein Data Bank.

A-GFNs use atoms to create new drug-like molecules, improving drug discovery.

Discover how proteins evolve and why they're essential for life.

Enhancers influence gene activity, shaping evolution and impacting health.

Scientists capture rapid molecular changes in real-time using attosecond X-ray techniques.

A new technique allows detailed study of individual molecules without destruction.

Investigating deuterated PAHs reveals key aspects of interstellar chemistry.

New methods enhance study of molecular behavior after light absorption.

Research explores how exotic molecules interact with conventional hadrons.

A new method for improving GNNs in molecular analysis.

MoleVers predicts molecular properties with limited data, aiding research in medicine and materials.

A look into the behaviors of molecular hydrogen and its significance in science.

Scientists seek new molecular states just above known energy thresholds.

Explore the roles of these isomers in the cosmos.

Discover how proteins evolve through tiny changes and connections.

Scientists investigate how molecules react in optical cavities influenced by ambient noise.

A study on improving energy models for halogenated compounds.

This article reviews generative AI models for predicting molecular behaviors.

Base stacking stabilizes DNA and RNA, ensuring proper function at a molecular level.

Scientists investigate the elusive molecule HCCSCN and its significance in the cosmos.

Researchers study how molecules interact using advanced data analysis techniques.

Scientists investigate how atoms form molecules at ultracold temperatures.

Nickelocene molecules interact with gold, revealing unique structures and potential applications.

Scientists study hydrogen ions to reveal cosmic chemical processes.

Discover a new method enhancing molecular dynamics simulations with improved efficiency.

Explore how fMet-proteins influence cellular processes and health.

A novel method keeps diatomic molecules stable using laser beams.

Discover how microwave experiments reveal molecular behavior and dynamics.

Explore how proteins evolve through mutations, selection, and environmental influences.

Ultracold molecules offer a unique look into quantum behaviors and properties.

Discover how spin symmetry influences electron behavior in molecular chemistry.

Discover how light and molecules interact in exciting new ways.

A new approach to studying electron behavior in molecules using natural orbitals.

Discover how chiral molecules influence electron behavior and technology.