Research Articles
Evaluating Foundation Models in Bioinformatics: A Comprehensive Guide to Methods, Applications, and Benchmarking
Foundation models are revolutionizing bioinformatics by providing powerful, adaptable tools for analyzing complex biological data.
Seeing with Sound: The New Camera That Hears Light
How a clever mathematical trick is revolutionizing medical imaging, allowing us to see inside the body with unprecedented clarity through photoacoustic tomography.
Black Holes: Cosmic Monsters Revealed Through Gravity's Whisper
Explore the fascinating world of black holes, recent discoveries, and groundbreaking experiments revealing these cosmic monsters through gravitational waves.
EasyGeSe: The Game-Changing Toolkit Standardizing Genomic Prediction
Explore EasyGeSe, a groundbreaking toolkit transforming genomic prediction through standardized benchmarking across diverse species.
Cracking Cancer's Code: How Math Maps the Mayhem of Growing Tumors
Discover how mathematical models reveal the spatial distribution of mutations in tumors, transforming cancer research and treatment strategies.
The Radon Clock: How a Radioactive Gas Could Revolutionize Crime Scene Investigation
Discover how radon radioisotopic decay could transform forensic science with a novel method for assessing postmortem interval using an internal radon time of death clock.
Artificial Intelligence as an Opportunity for the Science of Consciousness: A Dual-Resolution Framework
Exploring how AI serves as a testbed for consciousness theories through the innovative Dual-Resolution Framework combining Information Theory of Individuality and Moment-to-Moment theory.
The Cell's Revolving Door: How a Protein Scrambles the Membrane's Message
Discover how scientists used a cell-based scrambling assay to reveal TMEM16F's surprising preference for specific phospholipids in the cell membrane.
The Invisible World of Track Structure Simulation: How Computers Decode Radiation's Secret Pathways
Explore how computational track structure simulation is revolutionizing radiation science, cancer therapy, and space radioprotection through advanced modeling techniques.
Quantum Computers Are Unfolding Nature's Origami to Revolutionize Biomaterials
Explore how quantum computing is solving protein folding challenges and accelerating biomaterial development through quantum circuits and algorithms.