The Quantum Divide Dan Holme and Stephen DiAdamo

In this episode of The Quantum Divide, we are joined by Maksym Sich, CEO and co-founder of Aegiq, a UK-based quantum technology company. We dive deep into the world of quantum technologies, discussing Aegiq innovative products like Artemis, a photonic quantum computer. Maksym shares insights from his educational background in applied physics at the University of Kyiv and his vision for the future of quantum computing. From the basics of photonic circuits to the implications of quantum technologies in real-world applications,

Introduction to Quantum Sensing: Overview of quantum sensing technology and its potential impact on various industries, featuring insights from Kevin Berghoff, CEO and co-founder of QuantumDiamonds.
The Science Behind Quantum Sensors: Deep dive into the mechanics of quantum sensors, focusing on their use of magnetic fields and NV centers to detect environmental changes at the quantum level.
Applications and Use Cases: Discussion on the practical applications of quantum sensors, highlighting real-world use cases in sectors such as semiconductor manufacturing, biology, and chemistry.
Challenges and Solutions in Quantum Sensing: Examination of the current challenges facing the field of quantum sensing, including issues related to post-processing and the need for non-destructive testing methods.
The Future of Quantum Technologies: Exploration of the broader landscape of quantum technologies, including quantum computing and machine learning, and their synergies with quantum sensing.
Wrap: Addressing  questions about quantum sensing startup dynamics, the future of quantum technologies, and advice for aspiring quantum physicists and technologists.

In this episode of The Quantum Divide, Dan and quantum dot expert Poolad, CEO of Icarus Quantum, delve into the intricacies of quantum dots and their pivotal role in advancing quantum computing. From the fundamental principles of quantum mechanics to the latest in NIST's quantum research, we uncover the technical nuances and potential applications with quantum dots. Join us for a deep dive into photonic behaviour, quantum entanglement, and the innovative uses of quantum dots in today's tech landscape.
Key Discussions:
Quantum dots & their applicationsIcarus quantum, University of Colorado, NIST and JILA Insights from NIST's latest quantum researchThe intersection of photons & quantum computingPoolad's perspective on quantum technology's future

In Episode 21 of the podcast, Dan delves into the innovative world of quantum computing and photonic sensing with guest Daniel Brau, CEO of MiraEx. MiraEx, a startup born from EPFL in Lausanne, Switzerland, specializes in quantum transducers, converters, and repeaters, aiming to bridge the gap between microwave and optical frequencies for quantum computing, sensing, and networking. Daniel shares insights into MiraEx's focus on developing hardware for quantum LANs, emphasizing the importance of maintaining quantum coherence and leveraging their technology for applications beyond superconducting quantum computers, including optical communications and enhanced sensing capabilities.
The episode further explores the challenges and technical intricacies of creating efficient, broadband quantum transducers and converters. Daniel explains how MiraEx's platform facilitates direct transduction across wide frequency ranges, offering the potential for connecting various quantum computing modalities and enhancing communication capacity. The discussion touches on the necessity of quantum error correction techniques and the company's efforts to align their developments with broader quantum networking protocols and standards, highlighting the ongoing collaboration with the IBM Q network.
Dan and Daniel also discuss the future of quantum networking, including the potential integration of novel technologies like hollow core fibers and the importance of building a versatile team to tackle the multifaceted challenges of quantum technology. MiraEx's ambition to expand its footprint in the US and its commitment to leveraging the Swiss quantum ecosystem underline the global and collaborative effort required to advance quantum networking. The episode emphasizes the nascent state of quantum technology and the exciting prospects for innovation and integration across various domains.

Episode Highlights:- Overview of QphoX' role and contributions in the rapidly advancing quantum technology field, especially quantum transducers. - A look at quantum information technology transduction led by Robert Stockill, QphoX' CTO. - Focused discussion on recent advancements in quantum transducers, devices converting optical and microwave photons. - Highlights of the creation of and rigorous testing of quantum transducers. - Explanation on the functionalities and potential uses of quantum transducers in various use cases. - Conversation about the future prospects and challenges in the field of quantum technology. - Rob Stockill's predictions and strategies for overcoming hurdles in quantum transducer development.
QphoX show notes:
The press release for our recent €8 Million investment round can be found here:https://www.eu-startups.com/2024/01/delft-based-qphox-raises-e8-million-to-to-scale-quantum-computers-beyond-proof-of-concept-systems/
For keen listeners you can find a recent article qphox published in Nature Nanotechnology on the technology behind our quantum transducer:- You can find the published article here: https://www.nature.com/articles/s41565-023-01515-y- You can find a plain-language explainer of our work here: https://qphox.eu/nat_nano_231005- The open access pre-print is available here: https://arxiv.org/abs/2210.15702
And the article where we demonstrated optical frequency readout of a superconducting qubit with Rigetti computing and qblox:https://arxiv.org/abs/2310.06026

SummaryIn this episode, we explore the world of open source quantum computing with Nathan Shammah, CTO of the Unitary Fund. We explore the intersection of open source software and quantum technology, discussing the importance of community-driven projects and the impact of initiatives like Unitary Hack on the advancement of the quantum field. Find out more on the evolution of quantum software, the collaborative ecosystem of quantum computing, and get a glimpse of what the future holds for quantum algorithm development.
Highlights(03:22 - 05:23) Unitary Fund and Open Source Software (121 Seconds) 
(09:54 - 11:15) Exploring Quantum Computing and Error Mitigation (82 Seconds) 
(16:11 - 18:16) Error Mitigation Calibration Module in MITIC (125 Seconds) 
(20:54 - 22:18) Advancing in Quantum Through Unitary Hack (84 Seconds) 
(28:30 - 29:50) Grants for Open Hardware Projects (80 Seconds) 
(37:18 - 40:26) Virtual Cores for Quantum Error Mitigation (188 Seconds) 
(41:51 - 43:57) Quantum Computing Systems and Challenges (126 Seconds) 
(49:39 - 50:50) Quantum Algorithms and Schor's Algorithm (71 Seconds) 
(52:36 - 54:22) Emerging Quantum Ecosystem Partnerships (105 Seconds) 
(57:14 - 58:35) Expanding Community Conferences and Partnerships (81 Seconds)