Rate My Professor Nora Tischler

A quantum physicist specialising in optical quantum information science, Tischler investigates how quantum physics fundamentally differs from classical physics and how these differences can be harnessed for future technologies. Her research centres on quantum correlations and non-locality, encompassing the development of techniques to generate high-quality quantum states of light, and the fundamental implications and utility of quantum correlations for quantum information tasks. Highlights of her contributions include the first rigorous demonstration of one-way quantum steering, pioneering experiments establishing a quantum memory advantage in stochastic process modelling, and a no-go result stronger than Bell’s theorem. She has produced over 70 research works with more than 1700 citations. Key publications include 'A quantum autoencoder: using machine learning to compress quantum information' (2020), 'Demonstration of an Exponential Advantage in Quantum Communication' (2020), 'Testing a New Strong No-Go Theorem for the Wigner's Friend Paradox' (2021), 'Scalable multiparty steering using a single entangled photon' (2024), and 'Heralded generation of entanglement with photons' (2025). Tischler’s achievements include attending the Lindau Nobel Laureate Meeting (2019), the 2023 Queensland Young Tall Poppy Award, and being a finalist in the 2024 Queensland Women in STEM Prize (Judges’ Award category). In 2024, her team received a top international award for a quantum physics paper. She engages in science communication by opening her lab and mentoring students.