Imagine a mathematical problem so complex, it would take today’s most sophisticated supercomputer 9,000 years to solve. Now, imagine a new type of computer that could solve the very same problem in just a fraction of a second. That’s the promise of quantum computing—and it turns out, Canada is well on its way to becoming a global force in the research, development, and implementation of that cutting-edge technology.
On this episode of Disruptors, an RBC podcast, host John Stackhouse is joined by the CEO of Toronto-based Xanadu Quantum Technologies Inc, Christian Weedbrook. Just last year, Xanadu became one of the first companies on the planet to successfully achieve what’s known as “quantum advantage” or “quantum supremacy”; in essence, demonstrating that a programmable quantum device can solve a problem that no classical computer could in a realistic time frame. There’s also a special guest appearance by Dr Stephanie Simmons, Founder and Chief Quantum Officer at Photonic. She was also recently named the co-chair of the newly announced National Quantum Strategy of Canada.
The next step is to scale the technology, and develop real-world applications that can be used to tackle pressing problems like pandemics and climate change.
But plenty of other countries, including Israel, India, China and the United States, are competing with Canada in this race, and Europe is also investing billions into quantum research and development. So how can Canada maintain the pole position? What’s needed in terms of government support and investment? And why did Christian name his company after an infamous box-office bomb from the 1980s? You’ll have to listen to find out!
You can learn more about Canada’s quantum strategy on the Federal Government’s website.
Xanadu has posted a series of resources online, including a helpful explainer video, which you can find here. RBC Capital Markets also wrote about the promise of quantum technology back in December 2022, you can read that article here. You can learn more about Dr. Stephanie Simmons and Photonic here.