15:30 – 17:00 Thursday 5th December 2019
Location: | Lecture Theatre 1 80.02.07 | Lecture Theatre 2 80.02.02 | Seminar 1 80.02.03 |
Chair: | Anton Tadich | Sven Rogge | Sean Hodgman |
VI.1 Condensed Matter | VI.2 Quantum Computing | VI.3 Atomic, Molecular, Optical | |
---|---|---|---|
3:30 pm |
VI.1.1 Jean-Philippe Tetienne
Magnetic imaging of 2D materials with a nitrogen-vacancy microscope |
VI.2.1 Charles Hill
Measurement based quantum computation algorithms on IBM Q devices |
VI.3.1 Paul Dyke
Talk Title TBC |
3:45 pm |
VI.2.2 Gilles Buchs
Quantum Simulation with Donor Qubits in Silicon |
||
4:00 pm |
VI.1.2 Jared Cole
Quantum Phase Slips and Electromagnetic Duality in Quantum Circuits |
VI.2.3 Ian Berkman
Integrating High Efficiency Single Infrared Photon Detectors with Fast Reset Times |
VI.3.2 Mac Kim
Generalized Homodyne Detectors for Quantum Optics |
4:15 pm |
VI.1.3 Scott Lillie
Laser modulation of superconductivity in a cryogenic widefield nitrogen-vacancy microscope |
VI.2.4 Sam Tonetto
Quantum Factoring on IBM Q devices using the Quantum Approximate Optimization Algorithm |
VI.3.3 Andre Anda
Explicit simulation of 2D spectroscopies: Contrasting heterodyne-detected and fluorescence-detected signals |
4:30 pm |
VI.1.4 Nikolai Dontschuk
Probing the electronic nature of the diamond surface |
VI.2.5 Gary Mooney
Entanglement in a 20-Qubit Superconducting Quantum Computer |
VI.3.4 Aren Yazmaciyan
Cavity Enhanced Organic Photodiodes with Charge Collection Narrowing |
4:45 pm |
VI.1.5 Scott Moss
Relaxor Ferroelectric Single Crystals for Defence Applications |
VI.2.6 Cahit Kargi
Discretisation Effects in Circuit-QED-Based Digital Quantum Simulators |
VI.3.5 Hugh Sullivan
Electronic transitions in quantum dot molecules mediated by light carrying angular momentum |
VI.1 Condensed Matter | VI.2 Quantum Computing | VI.3 Atomic, Molecular, Optical | |
---|---|---|---|
3:30 pm |
VI.1.1 Jean-Philippe Tetienne
Magnetic imaging of 2D materials with a nitrogen-vacancy microscope |
||
3:45 pm |
VI.1 Condensed Matter | VI.2 Quantum Computing | VI.3 Atomic, Molecular, Optical | |
---|---|---|---|
4:00 pm |
VI.1.2 Jared Cole
Quantum Phase Slips and Electromagnetic Duality in Quantum Circuits |
VI.1 Condensed Matter | VI.2 Quantum Computing | VI.3 Atomic, Molecular, Optical | |
---|---|---|---|
4:15 pm |
VI.1.3 Scott Lillie
Laser modulation of superconductivity in a cryogenic widefield nitrogen-vacancy microscope |
VI.1 Condensed Matter | VI.2 Quantum Computing | VI.3 Atomic, Molecular, Optical | |
---|---|---|---|
4:30 pm |
VI.1.4 Nikolai Dontschuk
Probing the electronic nature of the diamond surface |
VI.1 Condensed Matter | VI.2 Quantum Computing | VI.3 Atomic, Molecular, Optical | |
---|---|---|---|
4:45 pm |
VI.1.5 Scott Moss
Relaxor Ferroelectric Single Crystals for Defence Applications |
VI.1 Condensed Matter | VI.2 Quantum Computing | VI.3 Atomic, Molecular, Optical | |
---|---|---|---|
3:30 pm |
VI.2.1 Charles Hill
Measurement based quantum computation algorithms on IBM Q devices |
VI.1 Condensed Matter | VI.2 Quantum Computing | VI.3 Atomic, Molecular, Optical | |
---|---|---|---|
3:45 pm |
VI.2.2 Gilles Buchs
Quantum Simulation with Donor Qubits in Silicon |
VI.1 Condensed Matter | VI.2 Quantum Computing | VI.3 Atomic, Molecular, Optical | |
---|---|---|---|
4:00 pm |
VI.2.3 Ian Berkman
Integrating High Efficiency Single Infrared Photon Detectors with Fast Reset Times |
VI.1 Condensed Matter | VI.2 Quantum Computing | VI.3 Atomic, Molecular, Optical | |
---|---|---|---|
4:15 pm |
VI.2.4 Sam Tonetto
Quantum Factoring on IBM Q devices using the Quantum Approximate Optimization Algorithm |
VI.1 Condensed Matter | VI.2 Quantum Computing | VI.3 Atomic, Molecular, Optical | |
---|---|---|---|
4:30 pm |
VI.2.5 Gary Mooney
Entanglement in a 20-Qubit Superconducting Quantum Computer |
VI.1 Condensed Matter | VI.2 Quantum Computing | VI.3 Atomic, Molecular, Optical | |
---|---|---|---|
4:45 pm |
VI.2.6 Cahit Kargi
Discretisation Effects in Circuit-QED-Based Digital Quantum Simulators |
VI.1 Condensed Matter | VI.2 Quantum Computing | VI.3 Atomic, Molecular, Optical | |
---|---|---|---|
3:30 pm |
VI.3.1 Paul Dyke
Talk Title TBC |
||
3:45 pm |
VI.1 Condensed Matter | VI.2 Quantum Computing | VI.3 Atomic, Molecular, Optical | |
---|---|---|---|
4:00 pm |
VI.3.2 Mac Kim
Generalized Homodyne Detectors for Quantum Optics |
VI.1 Condensed Matter | VI.2 Quantum Computing | VI.3 Atomic, Molecular, Optical | |
---|---|---|---|
4:15 pm |
VI.3.3 Andre Anda
Explicit simulation of 2D spectroscopies: Contrasting heterodyne-detected and fluorescence-detected signals |
VI.1 Condensed Matter | VI.2 Quantum Computing | VI.3 Atomic, Molecular, Optical | |
---|---|---|---|
4:30 pm |
VI.3.4 Aren Yazmaciyan
Cavity Enhanced Organic Photodiodes with Charge Collection Narrowing |
VI.1 Condensed Matter | VI.2 Quantum Computing | VI.3 Atomic, Molecular, Optical | |
---|---|---|---|
4:45 pm |
VI.3.5 Hugh Sullivan
Electronic transitions in quantum dot molecules mediated by light carrying angular momentum |
VI.1 Condensed Matter
-
VI.1.1 Jean-Philippe Tetienne
Magnetic imaging of 2D materials with a nitrogen-vacancy microscope
-
VI.1.2 Jared Cole
Quantum Phase Slips and Electromagnetic Duality in Quantum Circuits
-
VI.1.3 Scott Lillie
Laser modulation of superconductivity in a cryogenic widefield nitrogen-vacancy microscope
-
VI.1.4 Nikolai Dontschuk
Probing the electronic nature of the diamond surface
-
VI.1.5 Scott Moss
Relaxor Ferroelectric Single Crystals for Defence Applications
VI.2 Quantum Computing
-
VI.2.1 Charles Hill
Measurement based quantum computation algorithms on IBM Q devices
-
VI.2.2 Gilles Buchs
Quantum Simulation with Donor Qubits in Silicon
-
VI.2.3 Ian Berkman
Integrating High Efficiency Single Infrared Photon Detectors with Fast Reset Times
-
VI.2.4 Sam Tonetto
Quantum Factoring on IBM Q devices using the Quantum Approximate Optimization Algorithm
-
VI.2.5 Gary Mooney
Entanglement in a 20-Qubit Superconducting Quantum Computer
-
VI.2.6 Cahit Kargi
Discretisation Effects in Circuit-QED-Based Digital Quantum Simulators
VI.3 Atomic, Molecular, Optical
-
VI.3.1 Paul Dyke
Talk Title TBC
-
VI.3.2 Mac Kim
Generalized Homodyne Detectors for Quantum Optics
-
VI.3.3 Andre Anda
Explicit simulation of 2D spectroscopies: Contrasting heterodyne-detected and fluorescence-detected signals
-
VI.3.4 Aren Yazmaciyan
Cavity Enhanced Organic Photodiodes with Charge Collection Narrowing
-
VI.3.5 Hugh Sullivan
Electronic transitions in quantum dot molecules mediated by light carrying angular momentum