Chatbots, cybersecurity, quantum computers, NFTs or the rhythmic world of programmed beats - do you want to know what's behind these technologies and how you can use them creatively? Then TechBrunch is just the thing for you! This time, our focus is on quantum computing, with expert insights from the NCCR SPIN. This workshop is open to everyone interested in the technology, and takes place at the Haus der Elektronischen Künste (HEK) in Basel.
Unlike regular computers, quantum computers do not operate using just a long list of zeros and ones but instead casually use several of them simultaneously. This ability to use quantum effects sometimes results in an enormous computational speed increase. Such advantage could help solving problems that would otherwise require lifetimes to crack, such as advanced drug design or efficient resources distribution planning notably beneficial for the environment. However, alongside its marvels lie potential risks, such as compromising data security measures.
In this workshop, Pierre Fromholz of University of Basel's Physics department will introduce fundamental quantum physics concepts like superposition and entanglement. We'll then demystify the workings of quantum computers and even experiment with quantum computing ourselves by trying out quantum image blurring with expert guidance from James Wootton of IBM Research Zurich! We’ll see how images can be expressed as quantum circuits: the basic programming language of quantum computing. Then we’ll use quantum interference effects to manipulate the images, using similar techniques to those utilised by HEK’s current exhibiting artist Libby Heaney.
No prior expertise of any kind is required – just bring your curiosity, and we'll equip you with the basics to infuse these concepts into your creative endeavors, refine your existing knowledge, or simply spark inspiration.
Quantum computing takes center stage in the current exhibition at HEK, titled «Libby Heaney: Quantum Soup». Following the workshop, you're invited to join a guided tour of the exhibition at 3:00 PM, enriched by your newfound understanding of quantum concepts.
More info and registrations on the dedicated page.
Pierre Fromholz
Pierre Fromholz is a french puzzle solving enthusiast that greedily endeavors to riddle out the secret of the Universe. Until then, he is a physicist working on the theory of materials with very exotic properties existing only at very low temperature: when quantum physics reign supreme. Outside of the physics he learns, teaches, shares, and communicates, he is an amateur cocktail maker that does not drink and a bit of a language nerd.
James Wootton
Dr habil. James Wootton is a research in the field of quantum computing at IBM Research – Zurich. His current research interests include quantum error correction and the applications of quantum computing to computer games.
He obtained his PhD from the University of Leeds in 2010 with a thesis entitled “Dissecting topological quantum computation”. He then moved to the University of Basel in 2011, and to IBM Research in 2018.
In 2016 he led a citizen science project with a game based on quantum error correction. Inspired by the cloud-based quantum computers provided by IBM Quantum that same year, he has since been dedicated to finding the best ways to put current quantum computing resources into use, for research, education and outreach.