quantum-information

On Temperature Superpositions
Feb 4, 2024 — Feb 6, 2024 RQI15, Brisbane, Australia
On Temperature Superpositions
Quantum machine learning via Kerr non-linearity - AIP2023
Dec 7, 2023 1:00 AM UTC — 1:20 AM UTC ANZCOP/AIP Summer Meeting 2023, Canberra, Australia
Quantum machine learning via Kerr non-linearity - AIP2023
Quantum machine learning via Kerr non-linearity - EQUS2023
Nov 22, 2023 5:30 AM UTC — 6:00 AM UTC EQUS Annual Workshop 2023, Fremantle, Australia
Quantum machine learning via Kerr non-linearity - EQUS2023
Operational Models of Temperature Superpositions
Nov 9, 2023 5:30 AM UTC — 6:00 AM UTC QTDU2023, Brisbane, Australia
Operational Models of Temperature Superpositions
Quantum Particle Detector Models
Jul 16, 2023 — Jul 20, 2023 RQI-North, Chania, Greece
Quantum Particle Detector Models
Composite particles as probes of the quantum-and-gravity interface
Jul 7, 2023 9:00 AM UTC — 10:00 AM UTC AlbaNova University Center, Stockholm, Sweden
Composite particles as probes of the quantum-and-gravity interface
Composite quantum particles, such as atoms and molecules, are promising tools for probing quantum systems under gravitational effects. However, greater understanding of mass–energy equivalence in composite particles and their interactions with external environments is required.
Carolyn Wood
Composite particles as probes of the quantum-and-gravity interface
Mass–Energy Equivalence in Atom–Light Interactions
Feb 7, 2023 10:30 PM UTC — Feb 9, 2023 7:00 AM UTC RQI14, Brisbane, QLD
Mass–Energy Equivalence in Atom–Light Interactions
Quantised mass-energy effects in a particle detector - AIP2022
Dec 14, 2022 7:00 AM UTC — 7:15 AM UTC AIP Congress, Adelaide, SA
Quantised mass-energy effects in a particle detector - AIP2022
Quantised mass-energy effects in a particle detector - RQI2022
Sep 7, 2022 2:30 PM UTC — 2:42 PM UTC RQI-North 2022/Online
Quantised mass-energy effects in a particle detector - RQI2022