Research Articles
The Invisible Engine of Virtual Molecules: How Implicit Integration Powers Scientific Discovery
Explore how implicit integration methods enable efficient molecular dynamics simulations by constraining fast bond vibrations, allowing scientists to study complex biological processes.
The Spherical Maze: How Computers Decode the Curved Universe of Our Cells
Discover how scientists are using computational models to understand the complex curved structures of cellular membranes and their biological significance.
The Secret Lives of Glowing Proteins: How Light Reveals Cellular Mysteries
Explore how phototransformable fluorescent proteins revolutionize cellular imaging and our understanding of biological processes.
Dancing Molecules: How Laser Pulses Make Carbon Monoxide Shake, Twist, and Detach from Copper
Explore how femtosecond laser pulses excite carbon monoxide molecules on copper surfaces, driving vibrations, rotations, and desorption through advanced molecular dynamics simulations.
From Alchemy to AI: The Predictive Revolution Transforming Computational Chemistry
Explore how computational chemistry is shifting from prescriptive formulas to AI-powered predictive models, revolutionizing drug discovery and materials science.
The Soldier-Making Gene: How a Tiny Protein Shapes Termite Societies
Discover how the Ciboulot gene creates specialized soldier termites through actin regulation and morphogenesis in complex termite societies.
The Invisible Made Visible: Nanoscale Magnetometry with Fluorescent Nanodiamonds
Explore the revolutionary technology of nanoscale magnetometry using fluorescent nanodiamonds and anti-Brownian electrokinetic traps for unprecedented microscopic imaging.
Light, Lasers, and Molecular Mysteries: A Special Issue Honoring Richard N. Zare
Exploring the spectroscopic legacy of Richard N. Zare and his revolutionary contributions to molecular dynamics and laser chemistry.
Seeing into Cells: How Pulsed Dipolar EPR is Revealing Biology's Secrets
Explore how pulsed dipolar EPR spectroscopy is revolutionizing structural biology by enabling molecular studies under physiological conditions.
How Beachgoers and Smartphones Discovered a Mysterious Jellyfish Expansion
Discover how citizen science and integrative taxonomy revealed the first occurrence of Odessia maeotica in the north-eastern Atlantic