Quantum Computing

  • David Gosset standing outside the Quantum Nano Centre

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    Quantum computing

    Learn more about quantum computing and its potential impacts

    Harnessing the quantum behaviour of atoms, molecules and nanoelectronic circuits for a radically different, and fundamentally more powerful way of computing.


    Category: Feature Quantum computing
  • David Gosset, Institute for Quantum Computing faculty member

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    Cooking up quantum

    A new style of computing

    If bits of information are ingredients, then algorithms are the recipes a computer uses to cook a dish—and quantum computing is a new style of cooking. It is the only model of computation truly distinct from the classical computers we use today. A quantum computer doesn’t just run through classical recipes faster; it uses different recipes altogether. There is still uncertainty around quantum, but what is known is that quantum computing will tackle some important problems with unprecedented power.


    Category: Quantum computing
  • Kristine Boone

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    Software

    For the quantum age

    Imagine if we could remove pollution from the atmosphere, or design drugs targeted for more effective treatment against disease? Poised to revolutionize society, quantum technologies may help us overcome these and other research challenges—and IQC and Department of Physics and Astronomy PhD student Kristine Boone is helping to pave the way.


    Category: Quantum computing
  • Rajibul Islam, Institute for Quantum Computing faculty member

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    Trapping potential

    Simulating quantum systems

    If you want to understand planetary motion, you build a computer simulation that models our solar system. If you want to understand the behaviour of a many-body system with quantum phenomena like entanglement, you need quantum simulation.


    Category: Quantum computing