We are unlocking the ability to solve problems considered impossible for classical computers.
To reach this goal, IQC researchers are building an essential framework for a new era of computation.
Our work spans from theory to experimentation, designing efficient algorithms and robust hardware architectures.
We focus on making these powerful systems stable and reliable, ensuring we can harness the full potential of quantum information.
Applications
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drug discovery and molecular simulation
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optimization for logistics, energy and finance
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machine learning and data analysis
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materials discovery
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cryptography and quantum-safe protocols
Discover more about quantum computing
IntroductoryQuantum computing researchers
Luke Schaeffer
Research expertise
- Clifford circuits
- Low-depth circuits (classical and quantum)
- Classical simulation of quantum circuits
Events
IQC Math and CS seminar featuring Nikhil Bansal
Cloning is as Hard as Learning for Stabilizer State
Location: QNC 4104
IQC Math and CS seminar featuring Senrui Chen
Towards sample-optimal learning of bosonic Gaussian quantum states
Location: QNC 4104
IQC Math and CS seminar featuring Yiyi Cai
Optimal detection of dissipation in Lindbladian dynamics
Location: QNC 4104
