Explore The Cosmos: One Video Now Builds Entire Physics Worlds
A single video can now generate explorable physics worlds by learning consistent spatial and temporal geometry.
The Precision Scale for Research Careers
A new NK index offers a more equitable way to measure scholarly contributions beyond traditional citation counts.
Does Sepsis AI See Disease Or Just Doctors?
AI's sepsis alerts may signal physician attention, not just biological decline.
Silicon Cells Predict, But How Real?
This AI predicts cellular changes with impressive accuracy, but its *in silico* nature raises questions about what real biological understanding truly means.
How a Virus's Signature Solved a Data Riddle
A virus's unique genetic signature provided a vital external reference to finally solve a long-standing data paradox in disease estimation.
Unseen Crystals: Decoding Their Hidden Signals
Predicting diverse crystal structures from fluid dynamics unlocks faster material design.
Parallel Computing’s Secret Stability Switch
New methods promise stable, scalable parallelization for computations previously bound by sequential processing.
HIV's Hidden Saboteur Unmasked
HIV's Nef protein hinders immune clearance of reactivated virus, a finding that reveals a direct target for new cure strategies.
Unpacking Postpartum AI: The Data You Can't See
AI for predicting postpartum depression relies on vast, unseen patient data, raising questions about transparency and bias.
The 98% Drop: Your Body's Viral Wall
Your gut phages face a powerful, layered defense, drastically limiting their bloodstream presence.
Cellular Videos Whisper Cancer's Destiny
AI watches live cell videos to predict their fate hours in advance, revealing subtle developmental cues.
Antarctica's Ice: A Hidden Switch Uncovered
Antarctica's ice, once lost to warming, requires a disproportionately larger cooling to recover, revealing a long-term commitment to sea-level rise.