Quantum computing and coherence dynamics

Investigating quantum coherence limits in room-temperature superconductors for energy transmission

quantum coherence superconductors energy transmission room-temperature materials science

Optimizing quantum coherence in Josephson junctions for high-frequency superconducting circuits

Josephson junctions quantum coherence superconducting circuits microwave frequencies decoherence

Investigating quantum decoherence in photosynthetic complexes via femtosecond laser ablation

quantum biology coherence dynamics ultrafast spectroscopy photosynthetic efficiency energy transfer

Within quantum coherence windows for error-corrected photonic computing

bosonic codes photon loss fault tolerance quantum memory GKP states

Within quantum coherence windows: optimizing qubit performance in noisy intermediate-scale devices

quantum coherence qubit optimization NISQ devices error mitigation quantum computing

At spin relaxation timescales, probing quantum coherence in molecular qubits

molecular spintronics T1/T2 times ligand field theory quantum information storage pulsed EPR

Exploring protein misfolding dynamics within quantum coherence windows for neurodegenerative disease insights

quantum biology protein aggregation neurodegeneration coherence times amyloid fibrils

In single-molecule systems: achieving room-temperature quantum coherence for computing

single-molecule qubits quantum coherence room-temperature computing spin states molecular engineering

For brain-computer interfaces at quantum coherence limits to enhance neural signal fidelity

brain-computer interfaces quantum coherence neural signals noise reduction neurotechnology

Bridging quantum biology with information theory to model neural decision-making

quantum biology information theory neural decision-making coherence biophysics

For photonic quantum memory using rare-earth-doped nanostructured waveguides

photonic quantum memory rare-earth ions waveguides quantum coherence nanophotonics

At quantum coherence limits for fault-tolerant lunar base infrastructure

quantum coherence lunar base fault-tolerant computing quantum error correction space technology