The exhibition Quantum gives us the keys to understanding the principles of Quantum physics, and it does so through the joint creative work of scientists and artists. The project invites the public to browse freely, to awaken their curiosity, and to critically evaluate the new paradigms of modern science.
Quantum physics describes the fundamental laws of the world that remain hidden from the senses. It is the human theory that most accurately describes nature today. In many respects, it is a surprising theory, subject to criticism and of great philosophical scope.
First, ten artistic projects show how the impact of quantum physics goes beyond the realm of science. Then, nine windows introduce laboratory research work and present visitors with the intellectual achievement represented by the theories of physics in contact with the scope of advanced experiments.
The union of these two itineraries, the artistic and the scientific, creates a multifaceted scenario that raises new questions and connections, helping us to comprehend an apparently invisible reality and the impact it has on our lives.
Quantum looks at how the languages and methodologies of transdisciplinary artistic practice can contribute to an understanding of science. To understand the subatomic world, we have to realise that it is an area governed by different properties. These properties are represented as models and experiments that scientists try to understand and fit into a logical scenario. The ultimate aim of the exhibition is to reflect more closely on these models and experiments by means of the participation of people from the field of culture, showing the work being done at CERN, where the world’s largest particle physics experiment is being carried out.
These are the artists-in-residence at CERN and the works they produced during their stay at the Nuclear Research Centre in Geneva.
Semiconductor, The View from Nowhere, 2018
Juan Cortés, Supralunar, 2018
Lea Porsager, CØSMIC STRIKE, 2018
HRM199, one1one, 2018
Yunchul Kim, Cascade, 2018
James Bridle, A State of Sin, 2018
Yu-Chen Wang, We aren’t able to prove that just yet, but we know it’s out there, 2018
Julieta Aranda, Stealing One’s own Corpse (an alternative set of footholds for an ascent into the dark) – Part 3: Politics without oxygen, 2018
Diann Bauer, Scalar Oscillation, 2018
Suzanne Treister, The Holographic Universe Theory of Art History (THUTOAH), 2018
Juan Cortes - Supralunar
The scientific itinerary is an accessible route via nine windows onto the laboratory. These nine windows of knowledge prompt visitors to consider fundamental quantum principles, their philosophical consequences and their all-pervasive technological applications.
Scales: Where do we need quantum mechanics?
Quantum states: How do we describe nature?
Overlap: Can two options overlap?
Intertwining: Can two particles depend on one another?
Indeterminacy: Can we know with certainty?
Randomness: Does chance exist?
Open science: Who created quantum mechanics?
Everyday quantum: Do we know how much quantum theory there is in our lives?
Change-evolution: What can we do with a quantum computer?