Dvira Segal

Critical repair of a dilution refrigerator used for experiments with superconducting devices

Principal investigators: Lupascu, Adrian

Keywords: decoherence; dilution regrigerators; light-matter ultra-strong coupling; low-temperature physics; open quantum systems; quantum computing; quantum control; qudits; relativistic quantum information; superconducting quantum devices

Quantum Information Transfer in Quantum Spin Networks: Theory and Experiments

Principal investigators: Segal, Dvira D

Keywords: dissipation; many body localization; mesoscopic bath; non-classical correlations; nv centres in diamond; quantum computing; quantum control; quantum gates; quantum information transfer; spin bath

Quantum software consortium: Exploring distributed Quantum solutions for Canada

Principal investigators: Jacobsen, Hans-Arno H-A

Keywords: catalyst search, reaction design; compilation for dqc; distributed quantum computing (dqc); error correction, error mitigation; fault-tolerant quantum computing; hybrid quantum-classical computing; noisy intermediate-scale quantum com; quantum chemestry, drug design; quantum computing and algorithms; quantum materials

Principles for efficient energy transformations at the nanoscale

Principal investigators: Segal, Dvira D

Keywords: analytical methods; automatic differentiation; bioinspired light-harvesting systems; energy conversion; energy transport; molecular devices; photovoltaics; quantum transport; simulations; thermoelectricty

Tradeoffs in quantum thermometry: Consistent quantum thermodynamic frameworks

Principal investigators: Segal, Dvira D

Noisy quantum devices: Theory and realizations

Principal investigators: Segal, Dvira

Keywords: open quantum systems; quantum thermodynamics; quantum machines; quantum coherence; dissipation; fluctuations; electron transport; atomic-scale and molecular junctions; superconducting circuits; cost-precision tradeoff relations

Theoretical Chemistry

Principal investigators: Segal, Dvira

Theoretical Chemistry

Principal investigators: Segal, Dvira

Keywords: quantum transport quantum thermodynamics nanoscale systems theoretical methodologies energy conversion dissipation hybrid devices

Theoretical Chemistry

Principal investigators: Segal, Dvira

Energy harvesting at the nanoscale: From principles to functions

Principal investigators: Segal, Dvira