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  • Podcast

    November 15, 2023
    Podcast | Warm, Interconnected Qubits— with Universal Quantum
    Quantum computing faces several scaling issues to achieve fault-tolerant systems that can solve practical business problems. We need high-fidelity interconnect to have modules or even full quantum computers work as one powerful system. And qubits could stand to run a little hotter as refrigeration gets out of hand as we add more of the sensitive little entities. Join host Konstantinos Karagiannis…

  • Podcast

    August 9, 2023
    Podcast | Quantum Computing Standardisation— with Pasqal
    Standardisation is something we take for granted in classical information technology. But when it comes to quantum computing, are we all speaking the same language? In addition to making neutral-atom quantum systems, Pasqal is trying to ensure all aspects of QIS will interoperate going forward. Standardisation has always helped businesses adopt new technologies because they are more consistent…

  • Podcast

    August 23, 2023
    Podcast | Schrödinger’s Cat Qubits— with Alice&Bob
    Quantum computing needs logical, error-corrected qubits to reach the ultimate goal of fault-tolerant systems that can change the world. Without logical qubits, we won’t be able to have production-ready business use cases that are pure quantum. Is it too early to be thinking about creating these “perfect” qubits? One company says it’s already tackling the problem with a new take on the old quantum…

  • Podcast Transcript

    September 8, 2023
    Transcript | Schrödinger’s Cat Qubits— with Alice&Bob
    Quantum computing needs logical, error-corrected qubits to reach the ultimate goal of fault-tolerant systems that can change the world. Without logical qubits, we won’t be able to have production-ready business use cases that are pure quantum. Is it too early to be thinking about creating these “perfect” qubits? One company says it’s already tackling the problem with a new take on the old quantum…

  • Podcast Transcript

    August 18, 2023
    Transcript | Quantum Computing Standardisation— with Pasqal
    Join Host Konstantinos Karagiannis for a chat with Catherine Lefebvre from Pasqal and learn how they’re doing more than making room-temperature quantum computers.

  • Newsletter

    December 9, 2025
    Private Equity Insights Q4 2025
    Private equity firms stand at a pivotal moment. The convergence of governance reform, finance transformation, AI disruption, and cyber threats demands a new playbook.

  • Podcast Transcript

    June 2, 2023
    Transcript | Bringing Interconnect to Trapped Ions with IonQ
    Interconnect has been a quantum computing buzzword for quite some time and with good reason. Entangling qubits between separate quantum computers is the key to scaling and building fault-tolerant systems. IonQ recently doubled down on this approach by acquiring a company that specialises in the technology. Join Host Konstantinos Karagiannis for a chat with Aharon Brodutch about how trapped ions…

  • Podcast

    May 17, 2023
    Podcast | Bringing Interconnect to Trapped Ions with IonQ
    Interconnect has been a quantum computing buzzword for quite some time and with good reason. Entangling qubits between separate quantum computers is the key to scaling and building fault-tolerant systems. IonQ recently doubled down on this approach by acquiring a company that specialises in the technology. Join Host Konstantinos Karagiannis for a chat with Aharon Brodutch about how trapped ions…

  • Podcast Transcript

    February 7, 2023
    Transcript | Quantum-Inspired Applications with Icosa Computing
    We’re getting close to practical advantage with quantum computing when running optimisation algorithms. Companies interested in being leaders in their industry should already be considering how to harness this promised power with use cases that solve their business problems. But some companies want a better solution that’s advantageous today, even if it’s only quantum-inspired. Join host…

  • Podcast

    June 26, 2024
    Podcast | Quantum Error Correction on a Single Qubit— with Nord Quantique
    Error correction typically involves a lot of physical qubits and using them to create one logical qubit. Ratios vary by modality and approach, so getting a single fault-tolerant qubit may take seven to a thousand physical ones. What if there was a way to correct most of the errors that appear on each qubit instead? Scaling up from there would certainly be much easier, getting us to machines that…
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