This could well be the breakthrough that finally allows for the creation of smaller pacemakers, body-wide sensor networks, and a new class of “electroceutical” devices that sit deep in the human brain and stimulate neurons directly, providing an alternative for drug-based therapies for depression, Alzheimer’s, and other neurological ailments. There will of course be the potential for elective, transhumanist applications as well."
Tuesday, May 27, 2014
Here come the rice-grain-sized brain implants: Stanford discovers way of beaming power to microimplants deep inside your body
Here come the rice-grain-sized brain implants: Stanford discovers way of beaming power to microimplants deep inside your body | ExtremeTech: "Stanford electrical engineer and biological implant mastermind, Ada Poon, has discovered a way of wirelessly transmitting power to tiny, rice-grain-sized implants that are deep within the human body.

This could well be the breakthrough that finally allows for the creation of smaller pacemakers, body-wide sensor networks, and a new class of “electroceutical” devices that sit deep in the human brain and stimulate neurons directly, providing an alternative for drug-based therapies for depression, Alzheimer’s, and other neurological ailments. There will of course be the potential for elective, transhumanist applications as well."
This could well be the breakthrough that finally allows for the creation of smaller pacemakers, body-wide sensor networks, and a new class of “electroceutical” devices that sit deep in the human brain and stimulate neurons directly, providing an alternative for drug-based therapies for depression, Alzheimer’s, and other neurological ailments. There will of course be the potential for elective, transhumanist applications as well."
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