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  • Podcast Transcript
    Transcript | Quantum Clocks, Sensors and, of course, Computing— with Infleqtion
    Quantum Information Science just might have commercial impact before quantum computing achieves error correction. All sorts of vertical industries will be able to take advantage of quantum clocks and sensors, enabling better navigation and even “seeing” through miles of solid Earth. Join Host Konstantinos Karagiannis for a chat about these amazing devices and what we can expect from cold atom…
  • Podcast
    Podcast | Coding Quantum Computers for Free with qBraid
    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
  • Blog
    The Quantum Race Is On – What Does It Mean for Governments and Their Top Secrets?
    The big picture: By 2035, quantum computing, coupled with AI, is poised to revolutionize science, technology, and various sectors by bringing unprecedented levels of optimization. Yes, but… On the flip side, quantum computing presents an existential threat to current encryption systems, with enormous implications for governments’ national security. It’s game on. Despite exciting progress in…
  • Podcast Transcript
    Transcript | Coding Quantum Computers for Free
    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
  • Podcast Transcript
    Transcript | Quantum Machine Learning Using PennyLane
    Quantum machine learning, or QML, is one of the three major application categories for quantum computing, along with optimisation and simulation. As we’re working with customers at Protiviti to find advantageous use cases in QML, we rely daily on a tool called PennyLane from Xanadu. Join host Konstantinos Karagiannis, and special cohost Emily Stamm, for a chat with Nathan Killoran from Xanadu to…
  • Podcast Transcript
    Transcript | Entanglement and Other Quantum Foundations with Quantinuum
    Quantum computing is built on the ideas of giants. These so-called quantum foundations contain complicated concepts, including entanglement. In fact, the 2022 Nobel Prize in Physics was awarded to three scientists who expanded our understanding of entanglement. How does this key concept work? What are some other fascinating core ideas behind Quantum Information Science? Join host Konstantinos…
  • Podcast
    Podcast | Benchmarking Quantum Computers with Super.tech
    Quantum volume. Algorithmic qubits. Qubit counts in general. What do they really tell us about the usability and power of a quantum computer? As we learned from classical computing, only benchmark software can really compare how systems perform different tasks. Super.tech is back to discuss their SupermarQ benchmark suite that gives us real performance data for quantum hardware. Guests: …
  • Podcast Transcript
    Transcript | Quantum Navigation and other Aviation Use Cases with Boeing
    Boeing is all about connecting the world and soaring to new heights in every sense of the phrase. Nestled inside this giant is a large team dedicated to using quantum computing and sensing to ensure innovation in aeronautics, ranging from materials science to navigation and other use cases. Join Host Konstantinos Karagiannis for an uplifting chat with Jay Lowell from Boeing.
  • Podcast
    Podcast | Quantum Dots: From Nobel Prize to Silicon-Based QPUs— with SemiQon
    The 2023 Nobel Prize in Chemistry was awarded for the discovery and synthesis of quantum dots. Physics is also interested in these little marvels, and they may have a big impact in quantum computing. We need many more qubits of high-quality to tackle complex business problems and use cases. How will silicon-based quantum processing units (QPUs) boost scalability for increased performance into the…
  • Podcast Transcript
    Transcript | Quantum Interconnect with Entangled Networks
    Things can get tricky when you try to cram too many qubits onto one quantum processor. Is the best way to build a machine with thousands of qubits actually to connect or “interconnect” many smaller processors together? And can this concept be extended to interconnect several large-scale machines across vast distances? Join host Konstantinos Karagiannis for a chat about the technology that might…
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