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Mimicking the mind: quantum material exhibits brain-like non-local behavior

Mimicking the mind: quantum material exhibits brain-like non-local behavior
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University of california san diegoUnited statesSan diegoShriram ramanathanRobert dynesAlex fraUniversity of californiaDepartment of energyQuantum materials for energy efficient neuromorphic computingQuantum materialsEnergy efficient neuromorphic computingCalifornia san diegoDiego assistant professorPhysics alex fraPresident emeritusPhysics robert dynes

Quantum material doesn t behave like a local

Quantum material doesn t behave like a local
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Shriram ramanathanDuygu kuzumRobert dynesAlex fraRutgers unversityUc san diego jacobs school of engineeringQuantum materials for energy efficient neuromorphic computingUniversity of california uc san diegoUs department of energyQuantum materialsEnergy efficient neuromorphic computingSan diegoNano lettersDiego jacobs school

Brain-like power: Quantum material paves way for energy-efficient computing

A team of researchers from the Quantum Materials for Energy Efficient Neuromorphic Computing (Q-MEEN-C) consortium, led by the University of California San Diego, has unlocked a hidden potential in quantum materials. This potential, known as non-local behavior, holds promise in mimicking the intricate workings of the human brain and revolutionizing energy-efficient computing.

Alex fraUniversity of california san diegoQuantum materials for energy efficient neuromorphic computingQuantum materialsEnergy efficient neuromorphic computingCalifornia san diegoNano lettersJacobs schoolEngineering associate professor duygu kuzumBrain like powerQuantum materialEfficient computingHuman brainEnergy efficient computingUantum breakthrough

Quantum material exhibits non-local behavior that mimics brain function

Quantum material exhibits non-local behavior that mimics brain function
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University of california san diegoUnited statesSan diegoAlex fraRobert dynesShriram ramanathanUniversity of californiaDepartment of energyQuantum materials for energy efficient neuromorphic computingQuantum materialsEnergy efficient neuromorphic computingCalifornia sanDiego assistant professorPhysics alex fraPresident emeritusPhysics robert dynes

Q-MEEN-C Pioneers Next-Gen Neuromorphic Systems, Bringing AI Hardware Closer to Brain Functionality

Q-MEEN-C Pioneers Next-Gen Neuromorphic Systems, Bringing AI Hardware Closer to Brain Functionality
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University of california san diegoUnited statesSan diegoAlex fraRobert dynesShriram ramanathanQuantum materials for energy efficient neuromorphic computingOffice of scienceUniversity of californiaEnergy frontier research centerUs department of energyDepartment of energyEnergy sciencesMario rojasQuantum materialsEnergy efficient neuromorphic computing