Innovative chloride solid electrolyte developed, boosting solid-state battery efficiency, safety, and cost-effectiveness.
Latest in SciTech News
-
-
AstronautFrontiersSciTech News
Tactile Feedback Devices: Enhancing Astronaut Safety in Zero-Gravity Environments
Exploring how ‘vibrotactors’ can aid astronauts in overcoming spatial disorientation in space through targeted training and feedback.
-
BacteriophageInfectionPLOSSciTech NewsVirus
Viral Predators as Nutritional Enhancements for Mammalian Development
by Amir Husseinby Amir HusseinExploring how mammalian cells may use bacteriophages to boost growth and survival, with implications for health and phage therapy research.
-
AnthropologyArchaeologySatelliteSciTech News
396 Obscure Strongholds Uncovered – Classified Satellite Data Disclose Ancient Roman Defense Line
Declassified spy satellite imagery uncovers 396 ancient Roman forts in the Middle East.
-
BiologyBiomarkersEpigeneticsGeneticsObesitySciTech NewsWashington State University
Rethinking Obesity: Twin Studies Reveal Epigenetic Variations as Clues
by Amir Husseinby Amir HusseinStudy reveals cheek cell epigenetic markers in twins that could predict obesity, hinting at early detection and preventive care.
-
NASA refutes asteroid mining; focuses on missions like Psyche for scientific insights into metallic asteroids, aiding future resource conservation.
-
DeforestationEnvironmentForestsJPLNASANISARSciTech NewsSpace
International Climate Surveillance Initiative: NISAR Radar Mission to Deliver Dynamic Insights into Forests and Wetlands
NISAR radar mission: a joint NASA-ISRO project for monitoring global climate impacts on forests and wetlands, launching in 2024.
-
AstronomyAstrophysicsBlack HoleSciTech NewsSpace
Enigmatic Alignment of Novae with M87’s Colossal Jet
by Manuel Costaby Manuel CostaAstronomers find novae align with a jet in M87, challenging prior theories and igniting new cosmic mysteries.
-
DesalinationEvaporationMITSciTech NewsWater
MIT Researchers Make an Unexpected Discovery: Light-Induced Water Evaporation Without Heat
MIT team discovers light can trigger water evaporation in hydrogels, exceeding rates achieved by heat, potentially revolutionizing solar desalination.
-
AstronomyAtmospheric ScienceJames Webb Space TelescopeJupiterPlanetsSciTech NewsSpaceUniversity Of The Basque Country
Rapid and Intense: Jupiter’s Mysterious High-Velocity Jet Stream Exceeds Speeds of 500 km/h
JWST uncovers a high-speed jet stream in Jupiter’s atmosphere, challenging existing models with speeds up to 500 km/h.