Revolutionary single shot helps with healing after a heart attack
Texas A&M University researchers develop an injection using saRNA technology, boosting natural heart repair mechanisms significantly.
Carbon nanotube fiber ‘textile’ heaters could help industry electrify high-temperature gas heating
Rice University researchers develop flexible, lightweight heaters with superior heat distribution, reducing carbon emissions in industrial processes.
Using vagus nerve stimulation to treat disease: Review maps today’s science, points to tomorrow’s therapies
University of California – San Diego explores vagus nerve modulation’s potential, highlighting its impact on diverse medical conditions.
New record: Laser cuts bone deeper than before
University of Basel researchers achieve 4.5 cm bone cuts using innovative top hat laser profile, enhancing surgical precision.
LED light blasts cancer cells and spares healthy ones
University of Texas at Austin develops innovative LED treatment using tin nanoflakes, achieving 92% skin cancer cell kill rate.
Improved EV battery technology will outmatch degradation from warmer climate
University of Michigan research shows new EV batteries withstand warmer climates, potentially increasing vehicle lifespans globally.
Is the bone implant of the future a hydrogel?
ETH Zurich researchers develop a biocompatible hydrogel implant that mimics natural bone healing with unprecedented precision.
Self-healing composite can make airplane, automobile and spacecraft components last for centuries
North Carolina State University develops composite with thermoplastic healing agent, extending component lifespan and reducing waste.
Gallium needle that irreversibly softens via body temperature on insertion
KAIST develops a needle using gallium for safer injections, reducing risk of infections and tissue damage.
Tiny gold spheres could improve solar energy harvesting
Researchers at Korea University develop gold supraballs, doubling solar absorption efficiency by capturing more sunlight wavelengths.