Wednesday 4th December 2019
17:00 – 19:00
Kaleide Theatre Foyer (Building 8, Level 2)
| ID | Presenter | Abstract title |
|---|---|---|
| CM-1 | Jamie Booth | Optical Properties of Perovskites with Large Spin-Orbit Coupling from First Principles |
| CM-2 | Tyler Gardener | Unconventional superconducting states on the honeycomb lattice |
| CM-3 | Alexander Nguyen | Achieving Aluminum Liftoff for Fabricating a Spin Hall Effect Device |
| CM-4 | Mason Paxevanos | High Frequency Vibrational Energy Harvesting Using [011] Mn-PMN-PZT Relaxor Ferroelectric Single Crystals |
| CM-5 | Roberto Munoz | Causal state analysis of blinking quantum dots |
| CM-6 | Amani Alruwaili | Structure and dynamics in charged colloidal suspensions |
| CM-7 | Samir Eldemrdash | The colloidal properties of detonation nanodiamonds in water |
| CM-8 | Antony Jones | Large scale defects for pinning modification of YBCO thin films |
| CM-9 | Zhaojin Liu | Single Crystal Diamond Thin Film for Dosimeter Applications |
| CM10 | Nicholas Collins | Surface Defect Effects for Deterministic Doping in Diamond |
| CM11 | Alex Healey | Comparison of different methods of spin defect creation in diamond for quantum microscopy |
| CM12 | Harish Vallury | The Promise of Superconducting Boron Doped CVD Diamond Devices Fabricated by Ion Beam Techniques |
| CM13 | Sam Scholten | Cryogenic widefield nitrogen-vacancy microscopy – set-up and application |
| CM14 | Emma Gill | Growth Mechanisms and Interfacial Properties of Iron Nanoparticles Electrodeposited to Carbon Nanotubes |
| CM15 | Ryan Parker | Erbium and defect luminescence in SiC nano-pillars |
| CM16 | Liam Thomas | Towards a scalable silicon based quantum computer |
| QC-1 | Graeme Berk | Resource Theories of Multi-Time Processes: A Window Into Non-Markovianity |
| QC-2 | Aidan Dang | Tensor Networks for Quantum Circuit Simulation |
| QC-3 | Pedro Figueroa Romero | Typicality and equilibration on general quantum processes |
| QC-4 | Taylor Kearney | Measuring the Complexity of Open Quantum Dynamics |
| QC-5 | Alexander Jakob | Deterministic Implantation of Donor Qubits in Si with Nanometer Precision |
| QC-6 | Zehai Pang | Heavy-Molecule Ion Implantation for Qubit Architectures in Silicon |
| QC-7 | Amanda Seedhouse | Readout of Silicon Spin Qubits Beyond the Singlet-Triplet Blockade |
| QC-8 | Gregory White | Efficient drift-robust improvement of two-qubit entangling gates |
| PP-1 | Md. Shahinur Rahman | Investigation of Viton O-ring performance for the SABRE dark matter experiment |
| SP-1 | Nicholas Florent | Ferrofluid-based electrospray thrusters in nanosatellites for short-range, lightweight propulsion |
| ED-1 | Aesha Bhansali | Measuring Students’ Emotional Engagement with Physics Lectures |
| AMO1 | Patrick Adams | Spectroptychography of Iron Oxide/CNT Composite Materials for Battery Technologies |
| AMO2 | Paul Jnr Di Pasquale | Structural Distortions in Fluorescence EXAFS Due To Spectral Flattening |
| AMO3 | Samira Falahatdoost | Photoinduced Zeta Potential Changes of Semiconducting Nanoparticles |
| AMO4 | Trey Guest | Evaluation of an Undulator Soft X-ray Beamline for the Study of 6.x nm Interference Lithography |
| AMO5 | Abbas Hussein | Bose Einstein condensates of metastable Helium loaded into an optical lattice |