Research Articles
The AI Revolution in Molecular Simulation: A Battle of Probabilistic Frameworks
Explore how generative AI frameworks are transforming molecular dynamics simulations, comparing flow-based models and diffusion models for molecular modeling.
How Calcium Talks to Cells: The Secret Language of Life
Discover how calcium ions serve as universal messengers in cellular communication through sophisticated signaling patterns and signatures.
Space Stowaways: The Remarkable Bacillus Cereus Strains Hitchhiking on the International Space Station
Discover the fascinating non-toxin-producing Bacillus cereus strains found aboard the International Space Station and their implications for space exploration.
The Hidden World Beneath the Surface: Microbiological Explorations of Lake Baikal
Discover the fascinating microbial universe of Lake Baikal - Earth's deepest and oldest freshwater lake, home to unique microorganisms that challenge scientific understanding.
Water's Secret Life: How Confinement Unlocks Bizarre New States
Discover how water transforms into electrically supercharged, half-solid, half-liquid substances when confined in nanoscale spaces.
Opening the Black Box of Matter: How OpenMSCG Simulates Nature's Grandest Scales
Explore how OpenMSCG enables bottom-up coarse-graining to simulate complex molecular systems from proteins to materials science applications.
Virus Maturation: The Biomechanical Makeover of a Nano Machine
Exploring the structural transformation of viruses during maturation - how harmless precursors become infectious nanomachines through biomechanical reprogramming
Decoding Protein Dance: How Scientists Capture Biomolecules in Motion
Explore how scientists use molecular dynamics simulations and clustering algorithms to capture the intricate movements of proteins and identify metastable states.
What's in a Name? More Than Meets the Ear
Exploring the fascinating science, sociology, and psychology behind the names that define our world and ourselves.
The Dancing Crystals in Your Microchip: A Time-Lapse Story
How tiny water-based crystals in hair-thin channels are revolutionizing our understanding of soft matter.