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  • Podcast Transcript
    Transcript | A Million Photonic Qubits
    Nearly US$1 billion in funding poured into the quantum computing industry last year. One company, PsiQuantum, received about half of that! What are they building? Nothing less than a photonic quantum computer with a million qubits. How does this machine compare to trapped ion and transmon approaches from the competition? And, more importantly, how soon could this quantum computing behemoth be…
  • Podcast Transcript
    Transcript | Preparing for the Quantum Threat to Cryptography and Cryptocurrency
    Cybersecurity continues to be a critical area of concern for organizations and virtually any leader you ask – board members, CIOs, CFOs, and many more. But as elevated as those risks are today, the real threat may be just around the corner, particularly concerning cryptocurrency. Crypto has been viewed as highly secure, but the rapid emergence of quantum computing, which is set to deliver…
  • Blog
    NEW on The Post-Quantum World Podcast: Quantum Interconnect With Entangled Networks
    Our popular Post-Quantum World podcast series continues to explore the latest in quantum computing trends. Hosted by Konstantinos Karagiannis, Director – Quantum Computing Services, the podcast features conversations with guest quantum experts and business leaders, as they discuss and share insights and actions all organizations should be considering today to prepare for mass adoption of quantum…
  • Blog
    The Post-Quantum Cryptography Conundrum
    Business leaders may have heard of quantum computing, but many are not yet aware of its incipient threat to cryptography and cryptocurrency. When these machines reach a sufficient level of performance, they will be able to easily factor prime numbers, which poses a threat to RSA. Only a few realize that the time to prepare for the conundrum of post-quantum risk is now. In quantum computing, the…
  • Podcast
    Podcast | A 100-Qubit Quantum Computer Arrives with ColdQuanta
    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 Transcript
    Transcript | Under-Display Cameras Developed via Quantum-Inspired— with OTI Lumionics
    Quantum-inspired approaches are powering real use cases for businesses today while we wait for more powerful quantum computers in the future. Some of these techniques result in physical products you can hold in your hand. Find out how OTI Lumionics is using this type of quantum computing to bring under-display cameras and other technologies to market today. Join Host Konstantinos Karagiannis for…
  • Podcast Transcript
    Transcript | A 100-Qubit Quantum Computer Arrives
    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 Transcript
    Transcript | 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…
  • Blog
    Today’s Quantum-Inspired Approaches for ROI
    Quantum computing will change the world— the industry has rightfully accepted this as fact. However, until it does, we must contend with some limitations in the noisy intermediate scale quantum (NISQ) era machines we have today. Many use cases allow us to show customers how to solve complex business problems with actual NISQ quantum computers. Still, we often must accept that it will be some time…
  • Podcast
    Podcast | The Quantum Many-Body Problem — with Benedikt Fauseweh of TU Dortmund University
    When Richard Feynman proposed the idea of a quantum simulator or computer in 1981, he was frustrated by the limitations of classical systems. He logically suggested that if we live in a quantum world, we need a quantum device to simulate all the interactions of particles that make up reality. An excellent example of such a transistor-choking calculation is the quantum many-body problem. Have…
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