Scientists Edge Toward Scalable Quantum Simulations on a Photonic Chip https://thequantuminsider.com/?p=2356219 #Research #Photonic_Quantum_Computer #quantum_simulation #simulations #university_of_rochester #quantumdaily Insider Brief Simulations of quantum-level natural phenomena are difficult for classical computers to handle. Scientists say a photonics-based quantum computer may be one solution. The team ran the simulations in a synthetic space that mimics the physical world and the research
#Research #Photonic_Quantum_Computer #quantum_simulation #simulations #university_of_rochester #quantumdaily
Scientists Spin Out New Way to Get Qubits Under Control https://thequantuminsider.com/?p=2350206 #Research #electron_spin_resonance #ESR #John_Nichols #silicon #silicon_quantum #spin_qubits #university_of_rochester #quantumdaily Insider Brief University of Rochester researchers report on a new method for controlling electron spin in silicon quantum dots. The researchers’ method — based on a phenomenon called spin-valley coupling — does not rely on oscillating electromagnetic fields. Critical Qu
#Research #electron_spin_resonance #ESR #John_Nichols #silicon #silicon_quantum #spin_qubits #university_of_rochester #quantumdaily