Engineered van der Waals crystal mimics neuronal cells with light-driven learning
Summary
Researchers engineered a van der Waals crystal that mimics neuronal cells, enabling light-driven learning, a step toward neuromorphic computing.
Similar Articles
Artificial synapse uses light-color programming for brain-like balanced learning
Researchers developed an artificial synapse that uses light-color programming to achieve brain-like balanced learning, potentially advancing neuromorphic computing.
@ScienceMagazine: An artificial neural network built into a computer memory chip reconstructs the human cortex with high accuracy in real…
A new Science perspective highlights an artificial neural network embedded in a computer memory chip that reconstructs the human cortex with high accuracy in real time.
Your brain does on 20 watts what AI needs a nuclear reactor to attempt. Last week a team figured out how to print something that actually speaks to living brain cells.
Northwestern University researchers have printed artificial neurons from MoS2 and graphene ink that produce biologically realistic electrical spikes, which living mouse brain cells recognized as natural signals, a breakthrough with major implications for energy-efficient neuromorphic computing.
Neuromorphic Computing With Sound Waves Cuts Power Use
Researchers propose using sound waves and phi-bits to create neuromorphic devices that better mimic biological neurons, potentially enabling faster, more energy-efficient computing for pattern recognition and data analysis.
A Multiterminal Neuromorphic Biodevice Based on Biocompatible Quaternized Chitosan by Biomimicking Synaptic Integration and the Visual Nervous Processor System
A fully biocompatible multiterminal neuromorphic biodevice using quaternized chitosan is developed, operating at ultralow voltages and simulating visual nervous system processing.