What can quantum science teach us about the way we make sense of our world?

A talk with Berlin-based Light Art Space for Berlin Science Week.

Libby Heaney is a London-based artist, researcher and physicist whose practice connects quantum physics, machine learning and our environment through performance, Virtual Reality and participatory experience. She makes use of new technologies such as artificial intelligence to question the machine’s forms of categorisation and expand technology beyond its predominant purpose. On the occasion of Berlin Science Week 2020, Heaney delivers a talk on the uses of quantum computing, its controversies and potential applications in society.

What are quantum computers and how do they depend on quantum physics? Why are corporations and governments interested in quantum computing? What can quantum science teach us about the way we make sense of our world? In what way can the discipline impact how we tell stories, build meaning and create art?

In this lecture, Heaney gives insight into quantum computing and the challenges it holds for the future of making art. Her talk is followed by discussions with philosopher Professor Jenann Ismael and quantum scientist Professor Vlatko Vedral. Together, they will explore the impact quantum physics can have on our day-to-day-reality when transposed from the micro to the macro world.

This talk conveys the core subject matter of a new work being developed by the artist and commissioned by Light Art Space (LAS), for which Heaney uses IBM’s cloud-based Q System One quantum computers. Art can acquire the tools to rupture causality by following the tenets of quantum science, which creates a space where entities – human, non-human, machine – relate, interfere and entangle.

5 Nov 2020, 6 PM
Berlin Science Week 2020

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