Take a self-guided tour from quantum to cosmos!
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.
Christine Muschik pushes the boundaries of science and technology by combining quantum and classical processors.
Classical physics and quantum mechanics don’t always play together, but they can still have a productive working relationship.
Quantum computing is advancing fastest and best just where theory and experiment intersect. Case in point: a breakthrough collaboration between…
In her December 2 public lecture webcast, quantum condensed matter expert Karen Hallberg will explore examples of emergent phenomena and…
In these uncertain times, Perimeter postdoctoral fellow Flaminia Giacomini is introducing more uncertainty about time.
In her public lecture webcast at Perimeter on March 4, 2020, quantum expert Shohini Ghose will guide the audience into…
With the launch of a new collaboration lab, physicists are adding fuel to the AI revolution, writes Perimeter Associate Faculty…
A Perimeter postdoctoral researcher and collaborators have created a practical quantum resource theory framework that has important implications for quantum…
Long seen as the domain of computer scientists, machine learning is now considered a powerful tool for tackling difficult problems…
Perimeter Faculty member Beni Yoshida and colleagues successfully simulated the process of quantum information scrambling inside a black hole.