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  • Podcast

    September 20, 2023
    If you build an easy-to-use portal to the world of quantum coding, eventually, companies are going to take notice and want to offer the environment to their teams. Learn how you can interact with quantum computing hardware and software of all types, either on your own or with your teammates to solve real business problems, using qBraid. Join Host Konstantinos Karagiannis for a chat about this…
  • Podcast

    October 5, 2022
    Using cardinality constraints for portfolio optimization opens the doors to new applications for creating innovative portfolios and exchange-traded-funds (ETFs). All while providing better returns with less market risk.  Host Konstantinos Karagiannis recently co-authored a paper on portfolio optimization with Sam Palmer from Multiverse Computing. Find out how the team was able to outperform…
  • Podcast

    November 30, 2022
    Quantum computing requires quantum networking to reach its full potential. But there are engineering challenges to overcome. Learn about how repeaters that extend entanglement between qubits are really just application-specific quantum computers of their own. Also, learn how connecting these devices will pave the way for interconnect and other advances. Join host Konstantinos Karagiannis for a…
  • Podcast

    November 16, 2022
    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

    March 20, 2024
    In 1981, Richard Feynman gave a keynote that proposed simulating physics with computers. We’ve come a long way with the resulting quantum computers, and you may have heard about business use cases for them. But how much progress has been made in using the machines to understand the universe? Who better to ask than Dr. Harry Cliff from the Large Hadron Collider? He discusses how quantum computers…
  • Podcast Transcript

    July 14, 2023
    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

    July 27, 2023
    DEF CON is the world’s leading hacking conference, about to have its 31st event in Las Vegas, August 10-13, 2023. For the second year in a row, Quantum Village will be helping attendees engage with quantum technologies and understand the cybersecurity impacts they will have. There’s even a Quantum Capture the Flag (CTF) competition! Join Host Konstantinos Karagiannis (a speaker at the show) for a…
  • Podcast

    August 9, 2023
    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 Transcript

    August 9, 2023
    DEF CON is the world’s leading hacking conference, about to have its 31st event in Las Vegas, August 10-13, 2023. For the second year in a row, Quantum Village will be helping attendees engage with quantum technologies and understand the cybersecurity impacts they will have. There’s even a Quantum Capture the Flag (CTF) competition! Join Host Konstantinos Karagiannis (a speaker at the show) for a…
  • Podcast Transcript

    August 18, 2023
    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.
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