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Guest Speaker: Kanav Setia– CEO qBraid
It’s amazing how many programming languages and interfaces exist in quantum compung already. What if there was a way to learn and use all of them without installing anything? qBraid is making that possible with a site you can join for free today. Join host Konstannos Karagiannis for a chat with Kanav Sea from qBraid.
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Ever notice that giant tech companies seem to get press coverage for privacy concerns as often as they do for new product launches? How did we end up in this world of playing catch up with the ethical implications of technology? Quantum computing is still relatively new, but it will impact machine learning, encryption, and other areas that will have major repercussions on all our futures.
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The holy grail of quantum computing in the near term is a use case that provides advantage. We believe it’s only a matter of time, but major companies have to plan and prepare now so that they are not left behind when these applications arrive. Join host Konstantinos Karagiannis for a chat about quantum computing use cases with Pranav Gokhale from Super.tech.
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It’s amazing how many programming languages and interfaces exist in quantum computing already. What if there was a way to learn and use all of them without installing anything? qBraid is making that possible with a site you can join for free today. Join host Konstantinos Karagiannis for a chat with Kanav Setia from qBraid.
Guest: Kanav Setia– CEO qBraid
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Ever notice that giant tech companies seem to get press coverage for privacy concerns as often as they do for new product launches? How did we end up in this world of playing catch up with the ethical implications of technology? Quantum computing is still relatively new, but it will impact machine learning, encryption, and other areas that will have major repercussions on all our futures.
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An 85-year-old idea may hold the key to nearly error-free qubits. The Majorana fermion has taken on almost mythical status, but Microsoft recently solved a critical technical hurdle to creating topological qubits with the particle. How close are we to quantum computers with this technology? What other future developments can we expect from Azure Quantum?
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An 85-year-old idea may hold the key to nearly error-free qubits. The Majorana fermion has taken on almost mythical status, but Microsoft recently solved a critical technical hurdle to creating topological qubits with the particle. How close are we to quantum computers with this technology? What other future developments can we expect from Azure Quantum?
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The word hybrid often appears in quantum computing and can mean different things. Learn how blending bits and qubits may help companies achieve real benefits today while beginning their quantum journeys. Then in the coming months and years, we’ll be able to move the slider closer to pure quantum as we achieve true advantage in use cases with those machines.
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The word hybrid often appears in quantum computing and can mean different things. Learn how blending bits and qubits may help companies achieve real benefits today while beginning their quantum journeys. Then in the coming months and years, we’ll be able to move the slider closer to pure quantum as we achieve true advantage in use cases with those machines.
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It’s hard to improve the purity of an atom. Identical and easy to find, atoms such as those in ytterbium can make flawless qubits. We only need to be able to trap and control them. Can using trapped ions as qubits therefore yield the most powerful quantum computers on the planet? How scalable is this approach on the road to quantum advantage?
