Research Articles
Crystal Codebreakers: Teaching Computers the Secret Language of Materials
Exploring the development of EAM-type interatomic potentials that accurately reproduce theoretical energetics in polytype structures for advanced materials simulation.
The Femtosecond Movie: How a Microbial Pump Captures Light to Move Ions
Discover how time-resolved SFX revealed the atomic choreography of chloride ion-pumping rhodopsin in marine bacteria.
Beyond White Fat: How Blood Vessels Ignite Our Calorie-Burning Furnaces
Discover how endothelial ROCK2 deficiency promotes browning of white adipose tissue, offering new therapeutic approaches for obesity.
The Molecular Maestro: How TFIID Conducts the First Note of Gene Expression
Discover how the TFIID complex initiates gene expression by loading TBP onto promoter DNA, revealed through cutting-edge cryo-EM studies.
Fatty Liver in a Dish: How Scientists Simulate Disease Using Stem Cells
Discover how HepaRG cells and advanced microscopy techniques are revolutionizing NAFLD research by creating accurate fatty liver disease models in vitro.
Beyond the Blur: Capturing the Atomic Dance of Light and Matter
How ultrafast electron diffraction reveals the quantum choreography of atoms and electrons during chemical reactions
The Femtosecond Tango: How Liquid Ammonia Dances Between Two States
Discover how liquid ammonia rapidly switches between metallic and non-metallic states at quantum timescales, challenging century-old chemical models.
The Invisible Spotlight: How Molecular Spectroscopy Illuminates Our World
Exploring breakthroughs in molecular spectroscopy showcased at MSSM2016 and their impact on science and technology
The Invisible War: How Molecular Physics Reveals Radiation's DNA Drama
Exploring how molecular physics decodes radiation's dual role in causing and curing cancer through DNA damage mechanisms.
Beyond Blueprints: The Quest to Build Your Body's Digital Twin
Exploring the ambitious goal of modeling the human physionome - a comprehensive, dynamic, and personalized representation of your entire physiological function.