Research Articles
How a Single Molecular Tweak Pushes Photosynthesis Into the Far-Red
Discover how a single chlorophyll pigment substitution at ChlD1 enables photosynthesis to operate beyond the natural red-light limit using far-red light.
Seeing the Invisible: How Pulsed Dipolar Hyperfine Spectroscopy Reveals Molecular Architecture
Explore how pulsed dipolar hyperfine spectroscopy revolutionizes molecular distance measurements from angstroms to nanometers, revealing the invisible architecture of biological systems.
AI and the Microbiome: How a Simple Blood Test is Revolutionizing Cancer Detection
Exploring how AI-driven liquid biopsies and microbiome analysis are transforming early cancer detection through multi-omics integration.
Decoding Cancer's Future: The Research Frontiers Transforming Oncology
Explore the cutting-edge research frontiers transforming oncology, from immune technologies to molecular imaging and cellular therapies.
The Hidden Power of Bendable Materials: How Flexoelectricity is Revolutionizing Technology
Explore how flexoelectricity, the ability of materials to generate electricity when bent, is transforming technology through advanced computational modeling and material engineering.
When Molecules Meet Quantum Mechanics: A Century-Long Dance
Exploring the complex but fruitful relationship between molecular chemistry and quantum mechanics, celebrating the International Year of Quantum Science and Technology 2025.
The Invisible Dance: How Computer Simulations Reveal Boron's Secrets in Extreme Environments
Explore how molecular dynamics simulations and neural network potentials are revolutionizing our understanding of boron and boron oxide surface sputtering in fusion reactors and semiconductor technology.
Beyond the Crystal Ball: Teaching AI to Know What It Doesn't Know
Exploring how uncertainty quantification in machine learning is revolutionizing polymer property prediction and accelerating materials discovery.
How a Simple Molecule Stops Corrosion in Its Tracks
Discover how 2-(4-methoxyphenyl)-benzothiazole achieves 97.8% corrosion inhibition efficiency through advanced experimental design and computational modeling.
Unlocking Liquid Metals' Secrets: How Cross-Correlation Reveals Atomic Patterns
Discover how cross-correlation analysis combined with molecular dynamics simulations is revealing the hidden atomic patterns in liquid metals, enabling breakthroughs in reconfigurable electronics and advanced materials.