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  • Podcast

    September 30, 2022
    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? Join host Konstantinos Karagiannis for a chat about…
  • Podcast Transcript

    October 5, 2022
    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? Join host Konstantinos Karagiannis for a chat about…
  • Podcast

    March 5, 2025
    Quantum computing needs low-overhead error correction to truly scale. Building thousands of qubits to end up with a couple of useful logical ones feels like a bad strategy. Photonic recently published a paper describing a new type of error correction code that promises a 20X reduction in the number of qubits needed to run quantum algorithms that solve real business problems. Are these so-called…
  • Podcast

    March 22, 2023
    Is your organization post-quantum ready? NIST’s finalists for PQC ciphers are expected in 2024, and time is running out to prepare for their implementation. Regulators will force this migration long before quantum computing hardware actually cracks encryption. The path to being ready for post-quantum cryptography will require assessing your organization’s crypto agility, and will certainly…
  • Podcast Transcript

    April 21, 2023
    Is your organization post-quantum ready? NIST’s finalists for PQC ciphers are expected in 2024, and time is running out to prepare for their implementation. Regulators will force this migration long before quantum computing hardware actually cracks encryption. The path to being ready for post-quantum cryptography will require assessing your organization’s crypto agility, and will certainly…
  • Podcast

    May 10, 2023
    Remember the old days when war rooms were inundated with document boxes stacked high to the ceiling? Fast forward to today and legal departments are capitalizing on technology as they become stronger centers of excellence within their organizations. Join podcast host Managing Director Chad Volkert, in the first episode of our new legal podcast series, featuring Debbie Hoffman, founder and CEO of…
  • Podcast Transcript

    September 8, 2021
    Classical computing cannot simulate more than about 50 qubits. What does it mean that we now have a quantum computer with, gasp, 100 qubits? ColdQuanta found a way to beat giants like IBM to this amazing feat, and they did it with a new approach that may lead to smaller quantum computing systems that could be rack-mountable one day. Like a reverse microwave, the new Hilbert computer uses lasers…
  • Podcast

    September 8, 2021
    Classical computing cannot simulate more than about 50 qubits. What does it mean that we now have a quantum computer with, gasp, 100 qubits? ColdQuanta found a way to beat giants like IBM to this amazing feat, and they did it with a new approach that may lead to smaller quantum computing systems that could be rack-mountable one day. Like a reverse microwave, the new Hilbert computer uses lasers…
  • Survey

    April 17, 2025
    Consistent with past surveys, the results of the financial services industry (FSI) reflect a higher level of concern about the risk environment than the general population of survey respondents. What is noteworthy this year is that the deviation between the risk ratings of the general population and FSI is significantly higher than in the past.
  • Podcast Transcript

    October 20, 2021
    Compared to a couple years ago, we’re spoiled by how many real quantum computers we can access online today. Some systems are available through multi-hardware cloud sites like Microsoft Azure Quantum and Amazon Braket; some through individual system manufacturer’s own sites. As more machines come online, and more businesses compete for quantum compute time, things are starting to get a little…
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