Decoding the brain activity of an imagined song
The neural activity generated when imagining a song can be used to reconstruct its original
Read article: Decoding the brain activity of an imagined song
Read article: Decoding the brain activity of an imagined song
Hand movements preserved in the brains of amputees
Machine learning decodes brain activity resulting from attempted hand movements of amputees
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Auditory responses question modality-specific brain regions
Measuring auditory responses in the somatosensory cortex opens new questions about how sound and touch are interlinked
Read article: Auditory responses question modality-specific brain regions
Flash Physics: Memristors are good synapses, graphene-oxide desalination, surface tension higher for short times
Today's selection of need-to-know updates from the world of physics
Read article: Flash Physics: Memristors are good synapses, graphene-oxide desalination, surface tension higher for short times
Spin glass provides insight into brain activity
Model reveals functional role of spin-glass-like states in neurological networks
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Smarter machines: the evolution of neuromorphic engineering
Jessamyn Fairfield looks at a new generation of computational devices that can mimic the networks of neurons in our brains
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Magnetic skyrmions could help make low-energy artificial ‘brains’
Calculations suggest memory and learning could be mimicked by quasiparticles
Read article: Magnetic skyrmions could help make low-energy artificial ‘brains’
Physics for excited neurons
“Badass”. That was the word Harvard University neuroscientist Steve Ramirez used in a Tweet to describe research published online by fellow neuroscientist Ali Güler and colleagues in the journal ...
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