"Quantum mechanics, the branch of physics that explains the behaviour of subatomic particles, is set to have a significant impact on our everyday lives as quantum computing, quantum encryption and other quantum applications become common place," said Dr. Maurice Bitran, PhD, CEO and Chief Science Officer, Ontario Science Centre. "QUANTUM: The Exhibition provides a great introduction to this fascinating subject that often defies our human-scale intuition. The concurrent exhibition New Eyes on the Universe is the perfect complement. It presents the quest to find missing solar neutrinos, conducted from a mine deep in the Canadian Shield and that led to a Nobel Prize for a Canadian physicist."
Through creative storytelling and compelling interactives, QUANTUM: The Exhibition examines how quantum mechanics and information technology are merging to create technologies that will revolutionize how we live, work and play. The exhibition introduces visitors to the fundamentals of quantum mechanics, demonstrating that at the subatomic scale, things behave very differently from the macroscopic world we know. Building on these basics, QUANTUM: The Exhibition shows how quantum computing is poised to transform computers, digital communications, information security, medicine and geographical exploration.
"As a global leader in quantum information research, IQC created this exhibition to explain the fundamentals of the field and show how quantum technologies will have tremendous impact on our future," said Kevin Resch, Interim Director, Institute for Quantum Computing, University of Waterloo. "And we hope to inspire and spark the imagination of the next generation of quantum scientists, engineers and mathematicians."
New Eyes on the Universe tells the story of another Canadian-based world leader — this one in particle astrophysics. Produced by Science North on behalf of SNOLAB, an underground science laboratory specializing in neutrino and dark matter physics, this exhibition centres on Canadian Nobel laureate Dr. Arthur McDonald's results from the Sudbury Neutrino Observatory (SNO) and experiments currently underway at SNOLAB.