We present the inaugural, ultimate, and grand final EQUS Ig Nobel Prize!

EQUS is coming towards an end, and there's plenty of Type 1 success to celebrate. But that is for another place, because the stories that end up being told and re-told (and re-told) with the most relish are invariably about Type 2 enjoyment. These incidents were not perhaps enjoyable in the moment but have grown to become our favourite anecdotes to share and reminisce about! Would you rather endure wildlife in the lab, a travel cancellation involving "second-hand" accommodation, a smoke-and-mirrors masterclass, biosecurity evasion, or an interstate pronunciation prank?

Subscribe to hear more of the best stories about quantum science and the people working on groundbreaking quantum technologies.

This special episode recounts adventures from the 2024 National Quantum and Dark Matter Roadtrip - a science journey of more than 8000km across Australia!

The roadtrip has become a significant annual National Science Week event, and this year it drove from Brisbane to Broome across the top of Australia. We visited numerous outback schools to share engaging presentations and hands-on activities, all designed to inspire the next generation of scientists and engineers. We also hosted pub quizzes and a community market stall! An adventure this big leads to plenty of stories, and we share some of our favourite anecdotes. Can you picture scientists enjoying crocodile-defying swims and alien-infested motel ruins?

Has quantum science ever "blown your whole mind", like it did for a student we met in the Northern Territory? Subscribe and share with your friends!

Lasers are everywhere, and David Coutts helps us explore some of the quantum ideas behind these amazing light sources.

David is a professor at Macquarie University and has worked with numerous exciting lasers - including some that produce light in Aussie green-and-gold colours. It's fascinating to realise just how widely lasers are used, even if they're often a bit behind the scenes. They can also be quite exciting, with beams able to drill a hole in your eye or even blast rust off metal! David explains how lasers work and various ways they can be built.

Have you ever thought about lasers powered by nuclear explosions? Subscribe and share with your friends!

Karen Livesey talks about the quantum side of hot glowing things, revealing that quantum has been ubiquitous since the dawn of time.

Karen is an Associate Professor at the University of Newcastle and has taught many students about how hot things glow in process called "blackbody radiation". Not only is this phenomenon thoroughly quantum, but it was actually one of the things that first led to the development of quantum theories in science. This is the first episode in a season exploring ubiquitous technologies that rely on quantum science, and Karen expertly explains kitchen toasters, sunlight, and even humans ourselves!

Do you want to avoid things like the "ultraviolet catastrophe"? Subscribe and share with your friends!

In this live podcast event, we switch up our theme for Season 2 (coming soon) to talk about things that loudly claim to be quantum—but are they?

Marketing gurus are alert to the appeal of "quantum", and many products use this buzzword to catch attention. Armed with a brief revision of what makes things really quantum, we have a go at working out how various items live up to this label. Have you heard of quantum batteries, dish-washing soap, TVs, shoes, fridges, and even motivational self-help? Some of these are totally valid, and others are more of a humorous stretch. Test your knowledge (or gullibility) against our live audience!

Subscribe to make sure you're ready for Season 2 of Clear as Quantum, which will explore ubiquitous technologies that really do rely on quantum science (sometimes in hidden ways). We'd love to hear your quantum questions - send them to engage@equs.org and we'll try to answer them in future episodes!

It's been a long time without episodes, but we've "rephased" our podcast to restore coherence!

Season 2 is coming soon, but this is a bonus episode to catch up on some highlights from the world of Quantum Science. Instead of interview guests we have two new co-hosts to introduce: Tim talks about nano-scale trampoline computers and an air-raid siren in his lab, and Jacinta shares her passion for quantum devices and emergent wormholes. The 2022 Physics Nobel Prize for quantum entanglement is a big discussion point, and we also touch on time crystals and even 2-dimensional time!

Make sure you're ready for Season 2 of Clear as Quantum, which will explore ubiquitous technologies that already have us reliant on quantum science. Subscribe and share with your friends. We'd love to hear your quantum questions - send them to engage@equs.org and we'll try to answer them in future episodes!

Halina Rubinsztein-Dunlop explains how quantum light can make tiny tractor-beams to move and wiggle things.

Halina is widely recognised for her substantial achievements in moving things with light. "Optical tweezers" are tiny tractor beams that can move and wiggle small particles (larger objects are "safe" because they'd probably burn up before being lifted off a planet into alien spaceships for example). This technique has an enormous number of applications such as wiggling the balance system of zebra fish to study how signals move through brain neurons, and heating gold nanoparticles to burn cancer cells from the inside. Halina was the first female full professor of physics in Australia, and we applaud her active (and ongoing) work to promote and achieve diversity in science.

Whether you're still just trying out physics or have already chosen to like it, subscribe and share with your friends. We'd love to hear your quantum questions - send them to engage@equs.org and we'll try to answer them in future episodes!

Kirk McKenzie talks about quantum "noise" and some of the most impressively precise measurements ever made.

Kirk brings quantum precision to some of the biggest questions about our planet and universe. He works on laser instruments that have to face up to (and "squeeze") the fluctuations of quantum noise in order to detect gravitational waves - tiny movements of a mirror by a billionth of a millionth of a millimetre! Similar instruments are now in space to measure droughts, floods, and melting polar ice caps (all from low-earth orbit). We are blown away by both the giant size of these experiments and the the minuscule movements they can measure, and Kirk talks about giant speaker horns and hungry Nobel laureates.

Did quantum take you to space, or space lead you to quantum? In either case, subscribe and share with your friends. We'd love to hear your quantum questions - send them to engage@equs.org and we'll try to answer them in future episodes!