Research Articles
The Hidden Health Risk in Your Glass: The Surprising Truth About Zoonotic Tuberculosis
Discover how zoonotic tuberculosis spreads through dairy products and the global health implications revealed by comprehensive meta-analysis.
Cracking Nature's Molecular Dance: How Computer Simulations Capture Chemistry in Action
Explore how multiple time-stepping methods and high-performance computing revolutionize molecular dynamics simulations with three-body interactions.
Nanoreactors: The Tiny Chemical Factories Revolutionizing Science
Explore the revolutionary world of nanoreactors - engineered nanoscale spaces that control chemical reactions with unprecedented precision, transforming science and technology.
The Cosmic Symphony: How Scientists Are Conducting Quantum Light-Matter Interactions in Space-Time
Explore how scientists combine cavity quantum electrodynamics and small-angle X-ray scattering to control quantum light-matter interactions at the nanoscale.
The AI Revolution in Atomistic Materials Chemistry
Explore how foundation models are transforming atomistic materials chemistry, enabling unprecedented prediction of material behaviors and accelerating scientific discovery.
The Memory of Heat: How Molecular Junctions Are Revolutionizing Computing
Exploring how molecular junctions and heat transport hysteresis are paving the way for thermal neuromorphic computing
Unveiling the Atomic Orchestra: The Parameter-Free Path to Capturing Electron Dynamics
Explore the groundbreaking parameter-free ionization model that revolutionizes how we capture electron dynamics at attosecond speeds using Gaussian basis sets.
The Secret Strength of Super-Rubber: How Glassy Bridges Create Unbreakable Materials
Discover how glassy interphases in elastomeric nanocomposites create extraordinary materials through percolation-driven volume expansion.
CRISPR: The Genetic Scissors Revolutionizing Biotechnology and Medicine
Explore the revolutionary CRISPR-Cas systems, their mechanisms, technical innovations, and emerging applications in genome editing for biotechnology and medicine.
Unlocking Germanium Telluride's Secrets: How Machine Learning Reveals Hidden Thermal Properties
Discover how machine learning potentials are revolutionizing our understanding of germanium telluride's thermal and phononic properties, solving long-standing physics mysteries.