Supercomputers Learn Best With Brain Breaks
Supercomputers improve understanding by learning in spaced intervals, a strategy mirroring biological memory.
The Hidden Lives of Flatline Patient Data
Flatline patient data hides individual journeys; new methods reconstruct those stories for richer understanding.
The Unwritten Laws of Citation Fame
A colon in a research title, surprisingly, can be a potent driver of citation and impact.
Cities Hold Auditions, Most Species Walk Out
Cities aren't neutral backdrops; most species find them unlivable, with size influencing who auditions and who walks out.
The Universe Said No. Scientists Found A Loophole.
Physicists found UTe₂ behaving in a way thermodynamics forbade, revealing a hidden mechanism behind its exotic superconductivity.
Physicists Found a Forbidden Corner
Physicists discovered UTe_2's paradoxical triple point, challenging fundamental rules of phase transitions.
Stop Chasing Ghosts: Hit the Right Mobility Mole
Targeted mobility restrictions, guided by data, are more effective than broad lockdowns for controlling disease spread with fewer societal costs.
Stop Your Meds From Playing Organ Jenga
New research reveals how to predict dangerous drug interactions, preventing your medications from destabilizing your body.
This AI Remembers More By Remembering Less
This AI filters its past, prioritizing crucial memories to improve performance.
This Superconductor Just Walked Off Its High-Pressure Job
This new superconductor works at warmer temperatures and everyday pressures, finally opening doors to practical applications.
The Optimal Way to Duck a Pandemic
A simple "all-in or all-out" strategy offers the optimal path for individuals navigating a pandemic.
Scientists Bake a Superconducting Half-Dome
Scientists identified a peculiar "superconducting half-dome" in nickelate films, revealing how subtle oxygen changes precisely control superconductivity.