Learn how we use ultra-thin materials, hundreds of times thinner than human hair, and use tiny diamonds to create extreme pressures.
About this EventTHIS TOUR IS CURRENTLY SOLD OUT.Please choose a timeslot and subscribe to our waitlist. Limited number of places can become available on a day in case of no show.
****************
During this combined tour you will visit two labs (20 minutes each).
Quantum Light LabTour description: Quantum light, such as single photons and entangled pairs, is central to future technologies in secure communication, powerful computing, and advanced sensing. An important challenge is to generate this light in practical and scalable ways. Visit the Quantum Light Lab to learn how we are using ultra-thin materials, hundreds of times thinner than human hair, to create compact and efficient sources of entangled photons, helping bring quantum technology out of the lab and into real-world devices.
Diamond labDescription: What happens to materials when you squeeze them harder than the pressure at the centre of the Earth? In this tour, you’ll step into a lab where scientists use tiny diamonds to create extreme pressures—millions of times greater than atmospheric pressure—to explore the hidden properties of materials. Learn how these experiments help us understand the building blocks of matter, discover new materials, and even simulate the conditions inside planets
Tour themes: Quantum light, quantum technology, quantum materials
Lab keywords: diamonds, lasers, high pressure, material synthesis, spectroscopy, crystallography
Accessibility and safety:- Wheelchair accessible
- Attendees should be standing during the lab tour. Limited number of people could be seated if required
- Closed toe shoes are recommended
Important Notes:
If you require accessibility accommodations, a visitor Personal Emergency Evacuation Plan, please inform the event organiser YWxpbmEgISBicnlsZXZhIHwgYW51ICEgZWR1ICEgYXU=.
Privacy Policy
- ANU recognises that your privacy is very important. The way ANU collects, uses, discloses, secures and disposes of your personal information is governed by our compliance with, and obligations as an 'agency' under the Privacy Act 1988 (Cth). The Research School of Physics collects information as required in order to administer and manage registrations for its events. If registrants do not provide all the relevant information, registrations may not be confirmed. The information you provide may be used to maintain contact and keep you up-to-date with information about upcoming events, news, networking and other opportunities. If you do not wish to receive this information, please contact cmVjZXB0aW9uICEgcGh5c2ljcyB8IGFudSAhIGVkdSAhIGF1.
- Photography and videography may be taken at the event and your image and voice in any medium for audio and visual reproduction (the Material) may be recorded. By registering for this event you give a consent to the university to use, publish, share (including with third parties) or broadcast the Material in any medium, for any editorial or commercial purposes connected with the University, including promotional and fund-raising activities (the Purpose). The University may edit the Material at its sole discretion and is under no obligation to use any part of the Material for the Purpose, or not at all. You will not retain any rights, including copyright, or interest in the Material. You will receive no payment for the use or recording of the Material. You warrant that any statement or representation made by me in the Material is true to the best of your knowledge and that statements, representations or appearance in the Material will not defame or otherwise adversely affect the rights of any other person or entity. Please contact the event organiser if you do not want your image and voice being recorded.
Also check out other Contests in Canberra.