Uncovering the assembly mechanism of the extensible R-bodies
Peer-Reviewed Publication
Updates every hour. Last Updated: 28-Oct-2026 00:16 ET (28-Oct-2026 04:16 GMT/UTC)
Wearable neuromorphic devices could enable low-power sensing and health-monitoring technologies, but many existing architectures rely on external power sources. Researchers have developed a flexible, self-powered neuromorphic device that combines a triboelectric nanogenerator with an ion-gel-gated transistor to convert mechanical movement into electrical spikes that regulate synaptic behavior. The device reproduces hierarchical memory and spike-rate-dependent learning, highlighting its potential for future wearable neuromorphic applications.
We are exposed to a much narrower range of knowledge through AI chatbots than through a basic web search. This is documented by a new study led by the University of Copenhagen. As more and more of us turn to AI chatbots for information, researchers warn that the risk of ‘knowledge collapse’ increases.
MIT researchers used artificial intelligence to create more stable, heat-resistant RNA vaccines.
New research identifies fundamental limits on the reliability of quantum batteries and shows how charging strategies can balance high power with stable energy and power delivery. The findings represent an important step toward the future development of practical and useful quantum energy-storage devices.
Bentham Books announces the release of Biosensing Innovations for Health and Disease Management, a timely reference exploring how biosensors are transforming disease diagnosis, monitoring and treatment from the nanoscale to the clinic.