Studying Nanoferroics with Piezoresponse Force Microscopy
Piezoresponse Force Microscopy is pivotal in nanoferroics, mapping ferroic domains with high resolution for advanced material design and device fabrication.
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Piezoresponse Force Microscopy is pivotal in nanoferroics, mapping ferroic domains with high resolution for advanced material design and device fabrication.
A new theoretical study suggests building an optical neural network architecture for deep learning using the concept of a temporal synthetic dimension. The synthetic dimensions are created by the arrival times of optical pulses in a single-ring resonator.
AegiQ, a startup established in the UK, is working on products to facilitate the global adoption of quantum technology on a large scale.
A novel breakthrough was explored in the International Journal of Molecular Science to make Keratin-conjugated fibrinogen that can create new keratin biomaterial and evaluate cell–biomaterial interactions.