The device, which uses electricity to boost hormone production in the stomach, could help to ease nausea and counteract appetite loss. Hormones released by the…
Breaking the Limits of Chiral Structures: First Time Control of Twist in Nanoparticles
The ability to determine not only whether a micron-scale particle twists but also how much has the potential to create new opportunities for machine vision…
Echolocation and Wing Morphology: The Dynamic Duo of Bat Evolution
Study shows that echolocation frequency and wing shape of bats evolve in unison, which leads to distinct ‘foraging syndromes’ adapted to different environments. Bats are…
Echolocation and Wing Morphology: The Dynamic Duo of Bat Evolution
Study shows that echolocation frequency and wing shape of bats evolve in unison, which leads to distinct ‘foraging syndromes’ adapted to different environments. Bats are…
Outperforming Human Pathologists – New Harvard-Developed AI Tool Predicts Colon Cancer Survival, Treatment Response
The model provides actionable insights for physicians and could enhance clinical decision-making in resource-constrained regions. Researchers at Harvard Medical School and National Cheng Kung University…
Exploring Cosmic Mysteries: A Deep Dive Into Our Nearest Star-Forming Galaxy
A Texas Tech astronomer is leading a team awarded a highly competitive Chandra program to study the stellar remnants in the Large Magellanic Cloud. Vallia…
Sweet Irony: The Twisted Behavior of Starving Argentine Ants
In a twist that surprised UCLA researchers, starving ants were more cautious, not less, in their search for food. Argentine ants have been able to…
Sweet Irony: The Twisted Behavior of Starving Argentine Ants
In a twist that surprised UCLA researchers, starving ants were more cautious, not less, in their search for food. Argentine ants have been able to…
China’s Zhurong Mars Rover Finds Evidence of Water in Martian Sand Dunes
The Zhurong rover, part of China’s Tianwen-1 Mars mission, has found evidence of liquid water at low Martian latitudes, indicating potentially habitable environments. This discovery,…
No Sweat: Superhydrophobic Biosensor Reads Your Body’s Invisible Signals
A new superhydrophobic biosensor enables the monitoring of “insensible” sweat (vaporized water loss from the skin), which was previously hard to measure. This sensor can…