NIH 2025 Brain
NIH 2025 Brain.
NIH 2025 Brain is an ongoing project charged with mapping the circuitry of the brain, measure patterns of electrical and chemical activity to understand and possibly replicate our unique cognition and behavioral capabilities in machines.
Apologies for the terrible formatting. This is a .pdf and this is how it is displaying after it was downloaded. I will put a link to the document on the NIH government site.
Links:
Brain 2025 – A Scientific Vision [146 pages]
BRAIN 2025: Final Report of the ACD BRAIN working group [20 pages]
Additional Info:
Obama’s Brain Mapping Initiative – A Means to an End
BRAINS ON CHIPS | Hybrid Processors
XO-HPC-National Strategic Computing Initiative: The End Begins
NIH 2025 Brain is an ongoing project charged with mapping the circuitry of the brain, measure patterns of electrical and chemical activity to understand and possibly replicate our unique cognition and behavioral capabilities in machines. NIH 2025 Brain is an ongoing project charged with mapping the circuitry of the brain, measure patterns of electrical and chemical activity to understand and possibly replicate our unique cognition and behavioral capabilities in machines. NIH 2025 Brain is an ongoing project charged with mapping the circuitry of the brain, measure patterns of electrical and chemical activity to understand and possibly replicate our unique cognition and behavioral capabilities in machines. NIH 2025 Brain is an ongoing project charged with mapping the circuitry of the brain, measure patterns of electrical and chemical activity to understand and possibly replicate our unique cognition and behavioral capabilities in machines. NIH 2025 Brain is an ongoing project charged with mapping the circuitry of the brain, measure patterns of electrical and chemical activity to understand and possibly replicate our unique cognition and behavioral capabilities in machines. NIH 2025 Brain is an ongoing project charged with mapping the circuitry of the brain, measure patterns of electrical and chemical activity to understand and possibly replicate our unique cognition and behavioral capabilities in machines.