Blockchain Registration Transaction Record

KAUST Researchers Make Breakthrough in Neuromorphic Computing with MOSCaps Development

Researchers at KAUST introduce groundbreaking MOSCaps for neuromorphic computing, enabling adaptive light sensing and data retention. This development holds promise for energy-efficient systems and exoplanet detection applications.

KAUST Researchers Make Breakthrough in Neuromorphic Computing with MOSCaps Development

This news matters as it signifies a significant advancement in the field of neuromorphic technology, offering faster, energy-efficient, and adaptive data processing capabilities. The development of MOSCaps with unique synaptic features opens doors to innovative computing solutions that can revolutionize various industries, from astronomy to artificial intelligence.

BlockchainDetails
Contract Address0x0553B273B8eBf464Bd2a37C259F0eEBb3d70Fd71
Transaction ID0xfd360693a035c65f512b2771be9c344ff79657c617ed2bf84ef39a467fada3da
Account0xdBdE7c76e403a5923F3dD4F050Dbbf5c2077BB20
Chainpolygon-main
NewsRamp Digital Fingerprintmiel0nbH-d75bcfdd8a4f5642ca89720d31247321