Graphene Sensors Read Low-frequency Neural Waves Associated with Distinct Brain States, 7.13.21
Graphene Flagship scientists have developed a sensor based on CVD graphene that detects brain signals in a wide frequency band, from extremely low frequencies to high frequency oscillations. The sensor is biocompatible and could be used to measure and predict brain states. Furthermore, the graphene sensors could be used in chronic implants due to their high stability in the brain.
ARTICLE
Graphene is found in the masks, Covid tests and shot refresher HERE
Graphene Flagship scientists have developed a sensor based on CVD graphene that detects brain signals in a wide frequency band, from extremely low frequencies to high frequency oscillations. The sensor is biocompatible and could be used to measure and predict brain states. Furthermore, the graphene sensors could be used in chronic implants due to their high stability in the brain.
ARTICLE
Graphene is found in the masks, Covid tests and shot refresher HERE
Graphene Sensors Read Low-frequency Neural Waves Associated with Distinct Brain States, 7.13.21
Graphene Flagship scientists have developed a sensor based on CVD graphene that detects brain signals in a wide frequency band, from extremely low frequencies to high frequency oscillations. The sensor is biocompatible and could be used to measure and predict brain states. Furthermore, the graphene sensors could be used in chronic implants due to their high stability in the brain.
ARTICLE
Graphene is found in the masks, Covid tests and shot refresher HERE
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