Scientific Programme Day 2

Thursday 5th Dec

Session IV

IV.1 Condensed Matter

IV.2 Astrophysics

  • IV.2.1 Lucy Strang

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    Supernova remnant-like X-ray plateaux in short Gamma-Ray Bursts

  • IV.2.2 Thomas Venville

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    Massive Galaxies in the EAGLE simulation: investigating the relation between dark matter halo mass and observable properties

  • IV.2.3 Kurt Williams

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    Singular Behaviours and New Morphologies in Rayleigh Taylor Instability

  • IV.2.4 Lennart Balkenhol

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    Preparing Next-Generation CMB Experiments for Big Data Challenges Using Extreme Digitisation

  • IV.2.5 Sanjaykumar Patil

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    An improved measurement of the secondary cosmic microwave background anisotropies using data from South Pole Telescope survey.

IV.3 Biophysics

  • IV.3.1 Kaye Morgan

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    Capturing three X-ray imaging modalities with a single exposure; Techniques and Applications

  • IV.3.2 Alexander Kozlov

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    Induced structural changes in proteins imaged with X-ray free electron lasers.

  • IV.3.3 Farah Qazi

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    Real-time detection and identification of organic pollutants

  • IV.3.4 Mina Barzegaramiriolya

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    Toward Detection of Free radicals in Living cells Using a Single-Spin Nanodiamond Probe

  • IV.3.5 Melanie Stamp

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    A 3D diamond electrode array for high acuity stimulation in retinas

Session V

V.1 Condensed Matter

  • V.1.1 Charlotte Petersen

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    Effects of quasi-confinement on a fluid

  • V.1.2 Andrew Martin

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    Probing disordered nanostructure in 3D with X-ray free-electron lasers

  • V.1.3 Gerard Hinsley

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    Visualisation of dynamic processes using multidimensional coherent X-ray imaging

  • V.1.4 Gary Bryant

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    Understanding dynamics in complex suspensions using Light Scattering and Differential Dynamic Microscopy

  • V.1.5 Ruomin Zhu

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    Signal Transduction and Information Dynamics in Neuromorphic Nanowire Networks

V.2 Particle Physics

  • V.2.1 Martin Sevior

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    Prospects for discovering New Physics at the Belle II experiment

  • V.2.2 Jo-Frederik Krohn

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    Particle decay vertex resolution studies with the Belle II Detector

  • V.2.3 Daniel Ferlewicz

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    Measuring |Vcb| using fits to B0 → D* l v decays at Belle

  • V.2.4 Francis Pham

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    Hadronic B decay recontruction in Phase 3 data at Belle II

  • V.2.5 Cate MacQueen

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    A Flavour Search for Axion-Like Particles in e+e- Collisions at the Belle Experiment

V.3 Education

Session VI

VI.1 Condensed Matter

VI.2 Quantum Computing

  • VI.2.1 Charles Hill

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    Measurement based quantum computation algorithms on IBM Q devices

  • VI.2.2 Gilles Buchs

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    Quantum Simulation with Donor Qubits in Silicon

  • VI.2.3 Ian Berkman

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    Integrating High Efficiency Single Infrared Photon Detectors with Fast Reset Times

  • VI.2.4 Sam Tonetto

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    Quantum Factoring on IBM Q devices using the Quantum Approximate Optimization Algorithm

  • VI.2.5 Gary Mooney

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    Entanglement in a 20-Qubit Superconducting Quantum Computer

  • VI.2.6 Cahit Kargi

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    Discretisation Effects in Circuit-QED-Based Digital Quantum Simulators

VI.3 Atomic, Molecular, Optical

  • VI.3.1 Paul Dyke

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    Talk Title TBC

  • VI.3.2 Mac Kim

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    Generalized Homodyne Detectors for Quantum Optics

  • VI.3.3 Andre Anda

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    Explicit simulation of 2D spectroscopies: Contrasting heterodyne-detected and fluorescence-detected signals

  • VI.3.4 Aren Yazmaciyan

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    Cavity Enhanced Organic Photodiodes with Charge Collection Narrowing

  • VI.3.5 Hugh Sullivan

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    Electronic transitions in quantum dot molecules mediated by light carrying angular momentum