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Nanobots: Uploading the human brain

Sony, J. Dhana ; Ganesh, C. S. Sundar ; Bhavani, R. ; Sikkandar, R. Abdul ; Sathiyanathan, N. Sulthana, Anish T. ; Dawood, Sheik M.

AIP Conference Proceedings, 2022, Vol.2518 (1) [Periódico revisado por pares]

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Título:
Nanobots: Uploading the human brain
Autor: Sony, J. Dhana ; Ganesh, C. S. Sundar ; Bhavani, R. ; Sikkandar, R. Abdul ; Sathiyanathan, N.
Sulthana, Anish T. ; Dawood, Sheik M.
Assuntos: Artificial intelligence ; Automation ; Axons ; Brain ; Manufacturing engineering ; Robotics ; Synapses
É parte de: AIP Conference Proceedings, 2022, Vol.2518 (1)
Descrição: Every human brain is different the brain makes each human unique and defines the individuals the marvelous and mysterious world inside the human body is the human brain with a hundred billion nerve cells, two million axons, a million trillion synapses, and a trillion interconnections making it the most complex structure. The complicity of uploading this complex structure or its stimulation to computerized form is increasingly challenging that takes over nanotechnology, Robotics with its programming methods Cobots, comprised with artificial Intelligence, mind-machine mortise, micro-robotics, Nanorobotics, nanobots. The approach of uploading the human brain is to obtain the person's conscience even after the death of the body, (i.e) to function exactly like a normal human brain in the form of a machine such a longstanding operation is executed by the nanobots whole design, architecture, framework, manufacturing technology, and the system implementation and its simulation are discussed below.
Editor: Melville: American Institute of Physics
Idioma: Inglês

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