QSI Seminar: Mauro E.S. Morales, UTS Centre for Quantum Software & Information, Australia
When initialised with suitable input states, fermionic linear optics circuits can be used to demonstrate quantum computational advantage with strong hardness guarantees
Quantum sensing with cold atoms
In this webinar we provide the basics in quantum sensing and its applications, and share how a “software-first” approach leveraging quantum control is essential for realizing the true potential of this emerging technology
QSI Seminar: Ryan Mann, University of Bristol, UK
A simple and concise exposition of widely accessible techniques to construct classical algorithms
QSI Seminar: Yihui Quek, Stanford University, California
Demonstrating the flexibility and precision of quantum singular value transform (QSVT) to implement tools in quantum linear algebra, quantum noise recovery and optimal quantum measurements
QSI Seminar: Xin Hong, QSI, University of Technology Sydney
A Tensor Decision Diagrams (TDD) is a new decision-diagram style data structure that provides a compact and canonical representation of quantum functionalities for the automated design of quantum circuits
Building a strong quantum industry in Sydney, Visiting Entrepreneur Program
Hear from a panel of experienced researchers and entrepreneurs as they debate, discuss, and plan Sydney's present and future quantum industry
QSI Seminar: Anurag Anshu, UC Berkeley, USA
Proving that the entanglement entropy in the ground state of a locally gapped frustration-free 2D lattice spin system satisfies an area law
Building a strong quantum industry in Sydney, Visiting Entrepreneur Program, 8 June 2021
Hear from a panel of experienced researchers and entrepreneurs as they debate, discuss, and plan Sydney's present and future quantum industry
QSI Seminar: Richard Kueng, Johannes Kepler University Linz, Austria
An efficient method for constructing an approximate classical description of a quantum state using very few measurements of the state
QSI Seminar: Martin Plávala, University of Siegen, Germany
TITLE: Jordan products of quantum channels and their compatibility: Examining the task of determining whether two quantum channels are compatible TOPIC: Foundations/Quantum information theory SPEAKER: Dr Martin Plávala (in collaboration with Mark Girard and Jamie Sikora) AFFILIATION: Theoretical Quantum Optics Group, University of Siegen, Germany ABSTRACT: Given two quantum channels, we examine the task of determining whether they are compatible - meaning that one can perform both channels simultaneously but, in the future, choose exactly one channel whose output is desired (while forfeiting the output of the other channel)