Quantum memristor paves the way for neuromorphic quantum computing
New device could be used to fabricate architectures that mimic how the brain works
Read article: Quantum memristor paves the way for neuromorphic quantum computing
Read article: Quantum memristor paves the way for neuromorphic quantum computing
Negative capacitance could make transistors more energy efficient
New MOSFET gate works at reduced voltage
Read article: Negative capacitance could make transistors more energy efficient
Quantum physics sets a speed limit for fastest possible optoelectronic switch
Switching speeds faster than 1 petahertz harm the transmitted signal, say researchers
Read article: Quantum physics sets a speed limit for fastest possible optoelectronic switch
Are neuromorphic systems the future of high-performance computing?
Experts debate the pros and cons of computers that mimic our brains
Read article: Are neuromorphic systems the future of high-performance computing?
Device can transform into four components for artificial intelligence systems
Perovskite-based device could be used in reconfigurable networks
Read article: Device can transform into four components for artificial intelligence systems
Silicon qubits reach the standard for quantum error correction
Three independent groups exceed 99% fidelity with their quantum logic gates
Read article: Silicon qubits reach the standard for quantum error correction
Photonic band structure created in electrically driven OLED microcavities
Stack of organic light emitting diodes forms hybridized energy states with strong dependence on unit cell geometry
Read article: Photonic band structure created in electrically driven OLED microcavities
Quantum dot LEDs bend and fold like origami paper
New technique based on laser etching creates 3D light-emitting devices
Read article: Quantum dot LEDs bend and fold like origami paper
Wearable pressure sensors extend their range
A combination of piezocapacitance and piezoresistance makes a more versatile device
Read article: Wearable pressure sensors extend their range
High-temperature superconducting joints make an all-superconducting NMR magnet
First device of its kind could be used in magnetic resonance imaging and for maglev trains
Read article: High-temperature superconducting joints make an all-superconducting NMR magnet
