Advanced materials for neurotechnology and computing

Designing fault-tolerant quantum algorithms by fusing Byzantine mathematics with quantum error correction

quantum algorithms Byzantine mathematics error correction fault tolerance quantum computing

At terahertz oscillation frequencies for non-invasive neural activity mapping

neuroimaging wireless biosensors submillimeter-wave technology

Using plasma membrane repair to enhance cellular resilience in neurodegenerative diseases

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Marrying psychedelic research with neural decoding to map subjective experiences

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For brain-computer interfaces with catastrophic forgetting mitigation in neural networks

neurotechnology artificial intelligence memory retention neural implants adaptive learning

Across synaptic time delays for digital twin manufacturing of neural networks

synaptic delays digital twin neural networks manufacturing industrial automation

Fusing Byzantine combinatorial mathematics with quantum algorithms for error-corrected computing

quantum computing Byzantine mathematics error correction hybrid algorithms combinatorics

Marrying psychedelic research with neural decoding to understand consciousness mechanisms

psychedelics neural decoding consciousness research brain mapping neuropharmacology

Rapid prototyping cycles for next-generation brain-computer interfaces

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Axonal propagation delays in high-speed brain-computer interface communication

axonal delays brain-computer interfaces neural signals real-time communication neuroengineering

Leveraging carbon nanotube vias for ultra-high-density neural implant interfaces

neural implants carbon nanotubes brain-machine interfaces high-density electrodes neurotechnology

Enhancing neural network efficiency with resistive RAM for in-memory computing

resistive RAM in-memory computing neural networks energy efficiency latency reduction