how to make a computer program to replicate the brain

“It has the two usual functions of everyday electronics - the turning on and blocking of electrical current as well as the storing and release of electricity. “This material has a many-layered personality,” added Hua Zhou, a paper co-author and Argonne physicist. “And we can change its location and concentration with different electrical pulses.” “How much hydrogen is in the nickelate, and where it is, changes the electronic properties,” Sankaranarayanan said.

The team infused this material with hydrogen and attached electrodes to it that allow electrical pulses to be applied at different voltages. The key material in the new device consists of neodymium, nickel, and oxygen and is referred to as perovskite nickelate (NdNiO3). The capacitor stores and releases current the resistor blocks it. The functions are artificial synapse, artificial neuron, capacitor, and resistor. Hydrogen ions in the nickelate enable one of four functions at different voltages (applied by platinum and gold electrodes at the top).

“We have now created a device for machines to reconfigure their circuits in a brain-like way.”

“Human brains can actually change as a result of learning new things,” said Subramanian Sankaranarayanan, a paper co-author with a joint appointment at Argonne and the University of Illinois Chicago. Purdue University professor Shriram Ramanathan led the team. It achieves this by using so-called “neuromorphic” circuitry and computer architecture to replicate brain functions. Department of Energy’s (DOE) Argonne National Laboratory, has created a material that can be used to create computer chips that can do just that. What if a computer could learn to rewire its circuits based on the information it receives?Ī multi-institutional collaboration, which includes the U.S. A new microelectronics device can program and reprogram computer hardware on demand by using electrical pulses The new technology could allow computers to do complicated tasks more quickly and accurately while using much less energy.

How to make a computer program to replicate the brain