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Like a human brain, nanowire networks are capable of learning and memory
Posted on 29 April, 2023 by Administrator
Researchers from the University of Sydney and other institutions have shown that nanowire networks can function like the human brain's short- and long-term memory.
The study, conducted by Dr. Alon Loeffler, who earned his PhD in the School of Physics, and its Japanese partners, was published today in the journal Science Advances.
Nanowire networks are a subset of nanotechnology that are often constructed from sparsely spaced, highly conductive, invisible to the naked eye, microscopic...
Like a human brain, nanowire networks are capable of learning and memory
Posted on 29 April, 2023 by Administrator
Researchers from the University of Sydney and other institutions have shown that nanowire networks can function like the human brain's short- and long-term memory.
The study, conducted by Dr. Alon Loeffler, who earned his PhD in the School of Physics, and its Japanese partners, was published today in the journal Science Advances.
Nanowire networks are a subset of nanotechnology that are often constructed from sparsely spaced, highly conductive, invisible to the naked eye, microscopic...
Like a human brain, nanowire networks are capable of learning and memory
Posted on 29 April, 2023 by Administrator
Researchers from the University of Sydney and other institutions have shown that nanowire networks can function like the human brain's short- and long-term memory.
The study, conducted by Dr. Alon Loeffler, who earned his PhD in the School of Physics, and its Japanese partners, was published today in the journal Science Advances.
Nanowire networks are a subset of nanotechnology that are often constructed from sparsely spaced, highly conductive, invisible to the naked eye, microscopic...
Like a human brain, nanowire networks are capable of learning and memory
Posted on 29 April, 2023 by Administrator
Researchers from the University of Sydney and other institutions have shown that nanowire networks can function like the human brain's short- and long-term memory.
The study, conducted by Dr. Alon Loeffler, who earned his PhD in the School of Physics, and its Japanese partners, was published today in the journal Science Advances.
Nanowire networks are a subset of nanotechnology that are often constructed from sparsely spaced, highly conductive, invisible to the naked eye, microscopic...
Like a human brain, nanowire networks are capable of learning and memory
Posted on 29 April, 2023 by Administrator
Researchers from the University of Sydney and other institutions have shown that nanowire networks can function like the human brain's short- and long-term memory.
The study, conducted by Dr. Alon Loeffler, who earned his PhD in the School of Physics, and its Japanese partners, was published today in the journal Science Advances.
Nanowire networks are a subset of nanotechnology that are often constructed from sparsely spaced, highly conductive, invisible to the naked eye, microscopic...