QSI Seminar: Dr Viv Kendon, Durham University, Quantum Computing using Continuous-Time Evolution
Strategies for quantum optimisation algorithms with short run-times
QSI Seminar: Dr Vincent Mourik, FQT | CQC2T, UNSW Sydney, 15/09/2020
A 60-year old mechanism enabling nuclear resonance using purely electric fields resurfaces enabling coherent quantum control of single nuclear spin
QSI Seminar: Dominik Hangleiter, FU Berlin, Classical vs Quantum Learning of Discrete Distrib'ns
Quantum versus classical learnability of discrete distributions
QSI Seminar: Dr Sarah Kaiser, Independent Researcher/Consultant, WA, USA, Introduction to Q#, 08/09
Q# and the Quantum Development Kit: Research and program quantum algorithms in the way you think about them
QSI Seminar: Dr Sahand Mahmoodian, ITP, Leibniz U., Quantum Many-Body Physics of Photons, 03/09/2020
A conceptually simple platform for exploring quantum many-body states of photons TITLE: Quantum many-body physics of photons in waveguide QED SPEAKER: Dr Sahand Mahmoodian AFFILIATION: Institute for Theoretical Physics, Institute for Gravitational Physics (Albert Einstein Institute), Leibniz University, Hannover, Germany HOSTED BY: A/Prof Nathan Langford, UTS Centre for Quantum Software and Information ABSTRACT: The generation and control of strongly interacting photons is a long-standing goal of quantum optics
Suppressing errors on real quantum computers
The suppressing errors on real quantum computers webinar explores how quantum control can improve the performance of quantum computing hardware - in the lab or in the cloud
QSI Seminar: Prof Dieter Suter, TU Dortmund University, DEU, Hybrid Quantum Registers, 21/08/2020
Efficient control and protection against environmental noise TITLE: Hybrid Quantum Registers: Efficient control and protection against environmental noise SPEAKER: Professor Dieter Suter AFFILIATION: TU Dortmund University, Germany HOSTED BY: Dr Clara Javaherian, UTS Centre for Quantum Software and Information ABSTRACT: Nuclear and electronic spins are attractive objects not only for spectroscopic studies, but also for emergent technologies like quantum information processing and sensing
QSI Seminar: Dr Peter Johnson, Zapata Computing, Minimising Estimation Runtime on Noisy Q.Computers.
An estimation algorithm, incorporating noise models into its design and optimizing for minimal runtime
QSI Seminar: Dr Olivia Di Matteo, TRIUMF, Reading Between the Bitlines, 07/08/2020
The current state of quantum RAM TITLE: Reading between the bitlines: the current state of quantum RAM SPEAKER: Dr Olivia Di Matteo AFFILIATION: TRIUMF, Vancouver, Canada HOSTED BY: Dr Márika Kieferová, UTS Centre for Quantum Software and Information ABSTRACT: Quantum RAM, or qRAM, is a controversial topic in quantum computing
QSI Seminar: Prof Jason Twamley, OIST JPN | MQ AUST, Quantum Machines, 04/08/2020
A review of various types of quantum machines TITLE: Quantum Machines SPEAKER: Professor Jason Twamley AFFILIATION: Unit for Quantum Machines, Okinawa Institute of Science and Technology Graduate University, Japan | Macquarie University Research Centre in Quantum Science and Technology, Sydney HOSTED BY: Dr Clara Javaherian, UTS Centre for Quantum Software and Information ABSTRACT: A quantum machine is a device that makes use of different interconnected physical quantum subsystems to provide an overall functionality not possible in any subsystem alone