Quantum Thermodynamics
Down Under 2023
7th - 10th November 2023
Brisbane, Queensland, Australia
Welcome to the inaugural Quantum Thermodynamics Down Under (QTDU) conference!
QTDU2023 will be a 4-day in-person conference situated in Brisbane, Australia, and an opportunity for all of us to share our research and foster collaborations with fellow researchers in quantum thermodynamics within Australia and our region of the globe.
We are delighted to welcome our invited speakers:
- Janet Anders, University of Exeter, UK
- Michael Jack, University of Otago, NZ
- Joan Vaccaro, Griffith University, Australia
- Thomas Busch, Okinawa Institute of Science and Technology, Japan
- Nicole Yunger Halpern, University of Maryland, USA (online)
Please visit our About page for more information about the conference, and the Location page for information about the venue/Brisbane and accommodation options. The preliminary conference programme is now available here.
Abstract submissions are now closed. Registration is currently open, and will close October 6th. As places are limited to 48 people, registration will close earlier if all places are filled.
Important Dates
- 30th Jun 2023: Abstract Submissions Close
- 24th Jul 2023: Registration Opens
- 6th Oct 2023: Registration Closes*
- 7th–10th Nov 2023: Conference Dates
*as places are limited, registration will close before this date if all places are filled
Programme
Both versions of the programme will be updated as further details are confirmed. An abstract booklet will also be forthcoming.
Location & Directions
The conference will be held at the University of Queensland’s new venue in the heart of Brisbane CBD: 308 Queen Street, Brisbane, QLD, Australia.
For further directions to the venue, accommodation recommendations, and things to see and do around Brisbane, click here.
Organising Committee
Carolyn Wood
The University of Queensland
Charles Woffinden
The University of Queensland
Lewis Williamson
The University of Queensland
Contact
Sponsors
QTDU2023 is kindly funded by the School of Mathematics and Physics at the University of Queensland and the Australian Research Council Centre of Excellence for Engineered Quantum Systems (EQUS).
