Session VII

11:00 – 12:30 Friday 6th December 2019

Location:	Lecture Theatre 1 80.02.07	Lecture Theatre 2 80.02.02	Seminar 1 80.02.03
Chair:	Jennifer MacLeod	Nicolas Menicucci	Gilles Buchs

	VII.1 Condensed Matter	VII.2 Particle Physics	VII.3 Quantum Computing
11:00 am	VII.1.1 Peter Jacobson Conformations and Trapping of Unidirectional Molecular Motors on TiO2 (110)	VII.2.1 Nicolas Menicucci Detectors in Bandlimited Quantum Field Theory	VII.3.1 Fabio Henriques Digital simulation of the quantum Rabi model phase transition in circuit QED
11:15 am			VII.3.2 Rory van Geleuken Decoherence and Localisation at the Wavefunction Level through Conditional Wave Theory
11:30 am	VII.1.2 Martin Cyster Simulating the electrical response of aluminium oxide tunnel junctions in three dimensions: how atomic disorder leads to localised conduction channels	VII.2.2 Michael Virgato Neutron Star Heating via the Capture, Thermalisation and Annihilation of Dark Matter	VII.3.3 Simon Robson Low-energy Single Ion Detection for a Si:P Quantum Computing Architecture
11:45 am	VII.1.3 Erin Grant A Quantum-Based Nanoscale Sensor for Improved Detection of Ferritin-Bound Iron	VII.2.3 Ramtin Amintaheri Electroweak Dark Matter	VII.3.4 Danielle Holmes Electrically Detected Magnetic Resonance of P in Si-28 Isotopically Enriched by High Fluence Ion Implantation
12:00 pm	VII.1.4 Jackson Smith Models for electron transport in the two-dimensional allotropes of bismuth	VII.2.4 Isaac Sanderson Solar Gamma Rays from Dark Matter Annihilating in the Sun	VII.3.5 Muhammad Usman Characterization of atomic qubits in silicon by machine learning
12:15 pm	VII.1.5 Mykhailo Klymenko Probing charge transfer across HIOS interface by nanowire conductance spectroscopy	VII.2.5 Innes Bigaran A near-minimal leptoquark model for reconciling flavour anomalies and generating radiative neutrino masses	VII.3.6 Lucas Mensen Error correction in phase space for bosonically encoded qubits

	VII.1 Condensed Matter	VII.2 Particle Physics	VII.3 Quantum Computing
11:30 am	VII.1.2 Martin Cyster Simulating the electrical response of aluminium oxide tunnel junctions in three dimensions: how atomic disorder leads to localised conduction channels

	VII.1 Condensed Matter	VII.2 Particle Physics	VII.3 Quantum Computing
11:45 am	VII.1.3 Erin Grant A Quantum-Based Nanoscale Sensor for Improved Detection of Ferritin-Bound Iron

	VII.1 Condensed Matter	VII.2 Particle Physics	VII.3 Quantum Computing
12:00 pm	VII.1.4 Jackson Smith Models for electron transport in the two-dimensional allotropes of bismuth

	VII.1 Condensed Matter	VII.2 Particle Physics	VII.3 Quantum Computing
12:15 pm	VII.1.5 Mykhailo Klymenko Probing charge transfer across HIOS interface by nanowire conductance spectroscopy

	VII.1 Condensed Matter	VII.2 Particle Physics	VII.3 Quantum Computing
11:30 am		VII.2.2 Michael Virgato Neutron Star Heating via the Capture, Thermalisation and Annihilation of Dark Matter

	VII.1 Condensed Matter	VII.2 Particle Physics	VII.3 Quantum Computing
11:45 am		VII.2.3 Ramtin Amintaheri Electroweak Dark Matter

	VII.1 Condensed Matter	VII.2 Particle Physics	VII.3 Quantum Computing
12:00 pm		VII.2.4 Isaac Sanderson Solar Gamma Rays from Dark Matter Annihilating in the Sun

	VII.1 Condensed Matter	VII.2 Particle Physics	VII.3 Quantum Computing
12:15 pm		VII.2.5 Innes Bigaran A near-minimal leptoquark model for reconciling flavour anomalies and generating radiative neutrino masses

	VII.1 Condensed Matter	VII.2 Particle Physics	VII.3 Quantum Computing
11:00 am			VII.3.1 Fabio Henriques Digital simulation of the quantum Rabi model phase transition in circuit QED

	VII.1 Condensed Matter	VII.2 Particle Physics	VII.3 Quantum Computing
11:15 am			VII.3.2 Rory van Geleuken Decoherence and Localisation at the Wavefunction Level through Conditional Wave Theory

	VII.1 Condensed Matter	VII.2 Particle Physics	VII.3 Quantum Computing
11:30 am			VII.3.3 Simon Robson Low-energy Single Ion Detection for a Si:P Quantum Computing Architecture

	VII.1 Condensed Matter	VII.2 Particle Physics	VII.3 Quantum Computing
11:45 am			VII.3.4 Danielle Holmes Electrically Detected Magnetic Resonance of P in Si-28 Isotopically Enriched by High Fluence Ion Implantation

	VII.1 Condensed Matter	VII.2 Particle Physics	VII.3 Quantum Computing
12:00 pm			VII.3.5 Muhammad Usman Characterization of atomic qubits in silicon by machine learning

	VII.1 Condensed Matter	VII.2 Particle Physics	VII.3 Quantum Computing
12:15 pm			VII.3.6 Lucas Mensen Error correction in phase space for bosonically encoded qubits

VII.1 Condensed Matter

VII.1.1 Peter Jacobson
Conformations and Trapping of Unidirectional Molecular Motors on TiO2 (110)
VII.1.2 Martin Cyster
Simulating the electrical response of aluminium oxide tunnel junctions in three dimensions: how atomic disorder leads to localised conduction channels
VII.1.3 Erin Grant
A Quantum-Based Nanoscale Sensor for Improved Detection of Ferritin-Bound Iron
VII.1.4 Jackson Smith
Models for electron transport in the two-dimensional allotropes of bismuth
VII.1.5 Mykhailo Klymenko
Probing charge transfer across HIOS interface by nanowire conductance spectroscopy

VII.2 Particle Physics

VII.2.1 Nicolas Menicucci
Detectors in Bandlimited Quantum Field Theory
VII.2.2 Michael Virgato
Neutron Star Heating via the Capture, Thermalisation and Annihilation of Dark Matter
VII.2.3 Ramtin Amintaheri
Electroweak Dark Matter
VII.2.4 Isaac Sanderson
Solar Gamma Rays from Dark Matter Annihilating in the Sun
VII.2.5 Innes Bigaran
A near-minimal leptoquark model for reconciling flavour anomalies and generating radiative neutrino masses

VII.3 Quantum Computing

VII.3.1 Fabio Henriques
Digital simulation of the quantum Rabi model phase transition in circuit QED
VII.3.1 Fabio Henriques
Digital simulation of the quantum Rabi model phase transition in circuit QED
VII.3.2 Rory van Geleuken
Decoherence and Localisation at the Wavefunction Level through Conditional Wave Theory
VII.3.2 Rory van Geleuken
Decoherence and Localisation at the Wavefunction Level through Conditional Wave Theory
VII.3.3 Simon Robson
Low-energy Single Ion Detection for a Si:P Quantum Computing Architecture
VII.3.4 Danielle Holmes
Electrically Detected Magnetic Resonance of P in Si-28 Isotopically Enriched by High Fluence Ion Implantation
VII.3.5 Muhammad Usman
Characterization of atomic qubits in silicon by machine learning
VII.3.6 Lucas Mensen
Error correction in phase space for bosonically encoded qubits