Session VI

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
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
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