An artificial intelligence model predicts how brain immune cells react to RNA and DNA nanoparticles, helping scientists design safer and more effective nucleic acid therapies faster.
A promising strategy for making such flexible conductors is to use a self-healing polymer as a flexible base and incorporate ...
A sunlight-powered reactor turns ordinary sewage into hydrogen fuel while cleaning the water, showing how simple materials ...
A new roadmap links materials, design, and process to build stretchable synaptic transistors for soft, low-power AI and ...
Researchers uncovered a crucial mechanism that reveals how electrons and atoms interact to create a new quasiparticle and ...
Physicists found bizarre metal-like behavior in an insulator at extreme magnetic fields, revealing quantum oscillations deep ...
Autonomous micro- and nanomotors improve image clarity, targeting, and multimodal performance across advanced biomedical ...
Targeted particles carrying the cytokine IL-12 can jump-start T cells, allowing them to clear tumors while avoiding side ...
Scientists developed the smallest, densest carbon nanowires ever made, opening the door to explore the remarkable strength ...
When a metal-organic framework melts into glass, it becomes magnetic at room temperature, showing that atomic disorder can ...
A new electrochemical system runs two reactions in one cell, converting plant compounds into valuable products with less ...
A new down-top method makes fluorographene nanofiber papers that combine strength, heat conductivity, and wave transparency ...
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