The Superposition Guy's Podcast Yuval Boger

Thomas Ehmer from Merck KGaA is interviewed by Yuval Boger. Thomas discusses the rapid advancements in quantum computing architectures, recent breakthroughs in logical qubits, and quantum communication protocols. He describes potential quantum applications in logistics optimization and material sciences, highlighting collaborative efforts within initiatives like QUTAC. Thomas contemplates the necessity of in-house quantum computing resources, reflects on Germany's national investment in quantum technology, and much more.

This episode was recorded in Oct '23

Yonatan Cohen, co-founder and CTO of Quantum Machines, is interviewed by Yuval Boger. They explore Quantum Machines' role in the quantum computing ecosystem, focusing on developing control electronics for quantum systems, the transition from academic to commercial customers, and the partnership with NVIDIA for enhanced computational capabilities. They also discuss Quantum Machines' contribution to establishing a quantum computing center in Israel, the integration of quantum and classical computing, and much more

Albert  Lehmeyer, a career consultant and headhunter is interviewed by Yuval Boger. They discuss the increasing competition for quantum talent, the geopolitical challenges affecting workforce development, and the need for more quantum awareness and education. They also discuss the salary gap between quantum and AI, advice on university education for quantum careers, the growing demand for quantum computer operators, and much more.

Nikolaj Zinner, co-founder of Kvantify, is interviewed by Yuval Boger. Kvantify focuses on leveraging quantum computing for real-world applications, notably in optimization and computational drug discovery, through a unique algorithm, fast VQE, that efficiently calculates small molecules. Despite challenges in scaling and skepticism around variational algorithms, Nikolaj is optimistic about the field's potential. He describes a pragmatic approach to technology selection, anticipates a gradual advancement in quantum computing, potentially marked by breakthroughs in encryption or efficient problem-solving algorithms, and much more.

A team of undergraduates who excelled at MIT's iQuHack Quantum Hackathon are interviewed by Yuval Boger. They discuss their journey, the challenge they tackled—optimizing the "maximum independent set problem" on a quantum computer for machine learning applications—and their personal backgrounds and aspirations in quantum computing. They all exhibit a shared interest in leveraging quantum computing to solve complex problems and reflect on mentorship, teamwork, future career paths, and much more.

Daniel Volz and Enrique (Kike) Solano from Kipu Quantum are interviewed by Yuval Boger. They discuss their focus on achieving quantum advantage, the significant progress they are seeing, their hardware-dependent approach and application-specific strategies. Daniel and Kike predict that optimization and machine learning will be among the first areas to demonstrate practical quantum advantage, describe their geopolitical approach, and much more.