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Quantum Information

Quantum information explores and exploits uniquely quantum laws, such as the uncertainty principle. Among other things, Perimeter researchers are working on quantum error correction, study quantum complexity, and pursue the application of quantum information techniques and insights to other areas of physics, including quantum foundations and condensed matter.

Learn more about Quantum Information at Perimeter Institute.

A Perimeter postdoctoral researcher and collaborators have created a practical quantum resource theory framework that has important implications for quantum…
/Nov 13, 2019
Long seen as the domain of computer scientists, machine learning is now considered a powerful tool for tackling difficult problems…
/Aug 08, 2019
Perimeter Faculty member Beni Yoshida and colleagues successfully simulated the process of quantum information scrambling inside a black hole.
/Apr 30, 2019
With a new approach to calculations and the aid of supercomputers, Emmy Noether Visiting Fellow Phiala Shanahan is rebuilding nuclear…
/Dec 21, 2018
The story of three PhD students and their quest to crack the barrier that keeps the best tensor network tools…
/Aug 16, 2018
Quantum computing will rely on having a working quantum memory, but how can you verify if that memory really is…
/Aug 10, 2018
By getting out early and grappling with the challenges that entails, quantum entrepreneurs are bridging the divide between theory and…
/May 15, 2018
Can computers think? They can certainly calculate – with staggering speed and ever-increasing power – and they have driven scientific…
/Apr 09, 2018
Rather than battle it out to obsolescence, new research shows how quantum and classical systems can evolve together.
/Feb 26, 2018
Quantum mechanics has a reputation for being one of the trickiest subjects to wrap one’s brain around. But there’s plenty…
/Feb 15, 2018