Advanced materials for neurotechnology and computing

Attosecond spectroscopy of neurotransmitter release during synaptic vesicle fusion

attosecond physics neurotransmitter release synaptic transmission ultrafast spectroscopy quantum biology

With epigenetic reprogramming to reverse age-related cognitive decline in primates

epigenetic reprogramming cognitive decline aging reversal primate models gene therapy

Exploiting axonal propagation delays for neuromorphic computing architectures

axonal delays neuromorphic engineering spiking neural networks bioinspired computing time-based processing

Backside power delivery networks for 3D stacked neuromorphic computing chips

neuromorphic engineering 3D integration power delivery networks chip design AI hardware

Optimizing quantum error correction codes via self-supervised curriculum learning

quantum computing error correction machine learning curriculum learning qubits

Advancing neuromorphic computing with gate-all-around nanosheet transistors

neuromorphic engineering nanosheets transistors artificial intelligence semiconductor devices

Neuromorphic computing at Josephson junction frequencies for ultrafast quantum-classical hybrid systems

neuromorphic engineering superconductivity cryogenic computing spintronics mixed-signal processing

Phase-change material synapses for edge AI devices preparing for 2032 processor nodes

resistive RAM in-memory computing neuromorphic hardware advanced packaging thermal management

Using gate-all-around nanosheet transistors for ultra-low-power neuromorphic computing chips

gate-all-around transistors neuromorphic engineering low-power electronics nanosheet fabrication analog AI accelerators

Using plasma membrane repair mechanisms to combat neurodegenerative protein aggregation

membrane repair neurodegeneration protein aggregation lipid bilayers therapeutic targets

Through sim-to-real transfer for scalable quantum error correction protocols

quantum computing error correction simulation training machine learning qubit stability

Optimizing axonal propagation delays through myelination patterns in neurodegenerative diseases

axonal propagation myelination neurodegenerative diseases signal delay oligodendrocytes