An adult-trained AI model improved neonatal chest X-ray analysis by sequentially learning from 30 hospitals across 20 countries—without sharing patien
Why Pediatric AI Stays Behind: The Neonatal Data Gap Explained Read More »
MIT researchers developed SANDO, a trajectory planner that enables drones to navigate unknown environments with moving obstacles—and remain mathematic
Why Moving Obstacles Demand a Smarter Flight Path Algorithm Read More »
Nature Medicine evaluates Google’s open-weight MedGemma family. See its task-specific gains, local deployment options, and the validation still requir
The Medical Model Can Stay Inside the Hospital Read More »
Stanford researchers developed uRARE-seq, a urine RNA test that detects bladder cancer with 95% sensitivity and 90% specificity—outperforming cytology
Why Cell-Free RNA Outsmarts DNA for Bladder Cancer Read More »
A Rice-led team built a retrievable “living pharmacy” implant that produces monoclonal antibodies from engineered cells. The platform sustained 3BNC11
Living Pharmacy Implant Made Antibodies for a Year in Mice Read More »
KRICT researchers tested 0.5% graphitic carbon nitride in a dry thick cathode. Measured activation energy fell about 56% under lab conditions, while commercial scale and cost remain unproven.
Graphitic Carbon Nitride in Dry Electrodes: 56% Activation Energy Drop Read More »
Two separate preclinical studies advanced medical microrobot navigation. CUHK researchers tracked and steered millimetre-scale magnetic robots through
The Feedback Loop That Gives Tiny Robots Control Read More »
A University of Delaware and RepAir Carbon team has tested a battery-like carbon capture cell that cycles electric current instead of heat to extract
Why This Carbon Capture Design Trades Heat for Electricity Read More »
Soft wireless implants face a critical problem: living bodies move. Coils misalign, tissues deform, and power transfer collapses. A new parity–time sy
Wireless Implant Power Survives Body Motion—Here’s How Read More »
In the Alaskan wilderness, three autonomous systems competed to find and extinguish a dangerous fire within ten minutes. All spotted the target. None
The XPRIZE Wildfire Results Reveal Two Different Engineering Problems Read More »
