Atom-Thin Sensors Turn Breath and Sweat Into Real-Time Health Data
A new review highlights how graphene, MXene, and TMD-based flexible sensors are enabling real-time wearable detection of volatile organic compounds ...
A new review highlights how graphene, MXene, and TMD-based flexible sensors are enabling real-time wearable detection of volatile organic compounds ...
Researchers have designed a multilayer surface plasmon resonance sensor using tellurium dioxide, cadmium gallium sulfide, and aluminium antimonide with a ...
A new review in Opto-Electronic Manufacturing details how laser-induced phase transitions can precisely reprogram two-dimensional materials for next-generation electronic and ...
Rice University physicists have theoretically shown that autferroic materials with a 'seesaw' magnetoelectric mechanism can generate true random numbers over ...
Researchers have created wafer-scale, transferable gold films as thin as 1.5 nanometres by combining template stripping with graphene-inspired transfer, enabling ...
Researchers at Institute of Science Tokyo showed that the bulk molecular arrangement of two-dimensional hybrid perovskite crystals dictates crystal polarity ...
UCSB mechanical engineering professor Bolin Liao has been selected as a 2026 Experimental Physics Investigator by the Gordon and Betty ...
Researchers in Abu Dhabi and Australia have developed a graphene-reinforced double-network hydrogel that simultaneously senses body movement and fever-range temperature ...
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© 2025 Scienmag - Science Magazine