Quantum computing and coherence dynamics

Bridging quantum biology with information theory to decode cellular decision-making

quantum biology information theory cellular signaling biophysics coherence phenomena

Enhancing quantum computing stability via deep-ocean carbon sequestration techniques

quantum computing carbon sequestration qubit stability pressure-resistant materials coherence time

Quantum coherence preservation in millikelvin thermal states using topological qubit arrays

quantum computing topological qubits millikelvin temperatures coherence preservation superconducting circuits

Enhancing spin relaxation timescales in quantum dots via mitochondrial uncoupling techniques

spin relaxation quantum dots mitochondrial uncoupling coherence time quantum computing

Bridging quantum biology with information theory to explain enzyme tunneling

quantum enzymology proton tunneling information entropy biocatalysis coherence dynamics

Analyzing quantum decoherence in 2D material heterostructures at zeptosecond resolution

2D materials quantum decoherence zeptosecond physics heterostructures ultrafast spectroscopy

Probing quantum coherence decay in single-molecule systems at cryogenic temperatures

quantum decoherence single-molecule spectroscopy cryogenics molecular qubits

Quantum coherence dynamics in Josephson junction arrays at millikelvin temperatures

quantum coherence Josephson junctions cryogenic electronics superconducting qubits quantum noise

Exploring quantum coherence in Josephson junctions at terahertz frequencies

Josephson junction terahertz quantum coherence superconductivity high-frequency dynamics

Galactic cosmic ray maxima effects on quantum coherence in superconducting materials

cosmic rays quantum coherence superconductors radiation effects materials science

Bridging quantum biology with information theory to model photosynthesis efficiency in algae

quantum biology information theory photosynthesis algae bioenergy quantum coherence

During solar flare events: measuring quantum decoherence in satellite-based qubits

solar flares quantum decoherence satellite qubits space weather quantum computing