Biomedical engineering and neurotechnological breakthroughs

Upgrading 1990s MRI technologies with superconducting metamaterials for higher resolution

MRI technology superconducting metamaterials medical imaging resolution enhancement retrofitting

Simulating axonal propagation delays in neural networks to understand cognitive processing speed

axonal delays neural networks cognitive processing neurodynamics computational neuroscience

Attosecond spectroscopy of neurotransmitter release during synaptic vesicle fusion

attosecond physics neurotransmitter release synaptic transmission ultrafast spectroscopy quantum biology

Optimizing axonal propagation delays through myelination patterns in neurodegenerative diseases

axonal propagation myelination neurodegenerative diseases signal delay oligodendrocytes

Upgrading 1990s medical imaging technologies with AI-driven noise reduction algorithms

medical imaging AI noise reduction MRI upgrades CT scanners deep learning

Optimizing neurotransmitter release events for targeted drug delivery in Parkinson's disease

neurotransmitter release synaptic vesicles Parkinson's disease drug delivery exocytosis

Through femtosecond laser ablation to create ultra-precise neural interfaces for brain-computer integration

femtosecond laser neural interfaces brain-computer integration precision engineering neurotechnology

Through femtosecond laser ablation for precise graphene-based sensor fabrication

femtosecond laser graphene sensors precision fabrication biomedical monitoring environmental sensing

Via proprioceptive feedback loops in soft robotic exoskeletons for rehabilitation

neurorehabilitation wearable robotics biomechanics human-machine interface

Optimizing neurotransmitter release events through affordance-based manipulation in synaptic models

synaptic transmission affordance theory computational neuroscience vesicle fusion neural interfaces

Optimizing neural decoding algorithms for non-invasive brain-computer interfaces using EEG

EEG neural decoding brain-computer interfaces signal processing non-invasive

Probing neural population dynamics during decision-making with ultra-dense microelectrode arrays

neurophysiology decision-making microelectrodes neural ensembles cortex mapping