Prof. Scott Aaronson, UT Austin
In this episode, Professor Scott Aaronson, a leading quantum computing theorist at UT Austin, discusses how long‑standing fault‑tolerance theories are finally being validated in modern labs, bringing large‑scale quantum computers within reach. He contrasts the empirical success of error‑corrected gates across platforms with the skeptical arguments of Gil Kalai, concluding that no fundamental roadblock has yet emerged. Aaronson outlines the next milestones: demonstrating logical, fault‑tolerant gates, achieving near‑term quantum advantage in scientific simulations, and eventually delivering commercially valuable results. He also touches on hype versus reality, post‑quantum cryptography, and advice for aspiring quantum researchers.
Our Quantum Future with Evan Kubes
In this episode, host Sebastian Hassinger chats with Evan Kubas, a lawyer‑turned‑quantum media entrepreneur, about the origins of Quantum Insider and its parent company Resonance. Kubas recounts how he and co‑founder Alex Challens built a leading quantum news platform from...
IQT The Quantum Dragon Podcast Episode 80 – Certified Unpredictability
In this 16‑minute episode, host Brian Siegelwax and Dr. Stephen Walborn discuss quantum random number generators (QRNGs), focusing on their use cases, self‑testing, and certification processes. They explain the physical mechanisms that guarantee true randomness and compare API‑based services with...
Building a Quantum Ecosystem From Scratch with Martin Laforest
In this episode, Sebastian talks with Martin Laforest, a physicist‑turned‑VC at Quantacet, about the practical challenges of building a quantum ecosystem from the ground up. Laforest explains how Quebec turned a 1970s academic gamble into a $400 M quantum hub, emphasizing...
Joab Rosenberg, Partner at Deep33
In this episode, Yuval Boger talks with Joab Rosenberg, partner at Deep33, a new $100‑150 M venture fund targeting the future of compute, especially quantum computing. They examine the current state of quantum hardware, why Joab believes commercial applications will emerge...
Vishal Chatrath, CEO and Co-Founder of QuantrolOx
In this episode, Vishal Chatrath, CEO and co‑founder of QuantrolOx, explains how their quantum‑control software automates qubit tuning and calibration, dramatically speeding up chip characterization and enabling scalable manufacturing. He discusses the role of real‑time calibration and error‑correction loops, the...
Quantum Leadership with Nadya Mason
In this episode, Prof. Nadya Mason discusses the transition from "quantum 1.0" to "quantum 2.0," emphasizing the pivotal role of quantum materials and superconducting devices as the bottleneck for scalable quantum technologies. She explains how the Pritzker School of Molecular...
Regional Quantum Development with Alejandra Y. Castillo
In this episode, former Assistant Secretary of Commerce Alejandra Y. Castillo explains how quantum technologies—computing, sensing, and communications—are already maturing and can fuel inclusive regional economic growth. She outlines the federal role in de‑risking early research through the CHIPS and...
Quantum Technology Hiring Trends - Consultants, Computing, and the Defense Connection
In this episode, hosts Frank La Vigne and Candace Gillhoolley interview James Davies, founder of Embedded Electronics Recruitment Solutions, about the rapid commercialization of quantum technology and the resulting hiring boom. Davies explains how consultants are bridging the gap between...
Episode 131: Unraveling the Mysteries of Entanglement
In this episode, Patrick and Ciprian unpack quantum entanglement, covering its fundamental role in quantum computing and communication and the persistent challenges of measuring and interpreting entangled states. They discuss recent research that reshapes our understanding of measurement in the...
IQT The Quantum Dragon Podcast Episode 78 – “Open a Secure Channel.”
In this episode, Ryan Lafler of Quantum Corridor and Terry Cronin of Toshiba discuss their landmark demonstration of cross‑state Quantum Key Distribution (QKD) over a live commercial metro fiber network, highlighting its significance for scaling secure communications across state lines....
Jonathan Reiner, Director of Product Solutions, Quantum Machines
In this episode, Jonathan Reiner traces his journey from condensed‑matter physics to leading Product Solutions at Quantum Machines, where he explains how quantum‑control complexity is driving demand for higher fidelity, low‑latency compute, and automated calibration. He details QM’s key offerings—QUA...
Kike Miralles, Investment Director, Intel Capital
In this episode, Kike Miralles, Investment Director at Intel Capital, discusses the firm’s corporate‑venture strategy for quantum technologies, emphasizing investments in hardware and middleware, especially QPU scale‑out networking and hybrid error‑correction approaches. He compares leading quantum modalities, outlines typical check...