“The Superposition Guy’s Podcast” with host Yuval Boger from QuEra Computing
In a recent episode, Yuval Boger interviews Tobias Lindstrom, who heads the Department of Quantum Technologies at the UK’s National Physical Laboratory (NPL). Their conversation dives into the vital role of national measurement institutes in fostering a quantum ecosystem.
Tobias explains how NPL serves as a bridge between academia and industry, focusing on the intricate areas of quantum benchmarking and standardization. They discuss advancements in quantum communications, sensing, and computing, and touch on the changing landscape of the quantum supply chain.
The podcast highlights NPL’s involvement in developing measurement solutions tailored to both industry and academic needs. Tobias outlines how they also play a key role in the standardization of quantum technologies, collaborating with globally recognized organizations to ensure the UK’s presence in the international quantum space.
What’s particularly interesting is Tobias’s insight into the future of quantum validation services at NPL. While the technology is still evolving, NPL aims to provide companies with reliable benchmarking metrics without showing favoritism among different quantum platforms.
In the discussion, Tobias also shares NPL’s contributions to quantum communications—where the technology is more established—and explains the significance of measuring components like single photon emitters and quantum random number generators. He emphasizes the careful calibration required within this sector to support the growing commercial market.
The conversation touches on the broader implications of the quantum supply chain, where NPL collaborates with other organizations to assess risks and help the government understand these dynamics. It’s a complex interplay that showcases the institute’s critical support for the quantum field.
Tobias acknowledges the growing excitement in various quantum technologies, from superconducting qubits to newly effective neutral atom systems. He highlights ongoing research into quantum networking, especially how optical interconnects could link different quantum processors.
Looking ahead, Tobias envisions NPL emerging as a go-to facility for validating quantum technologies, anticipating that more companies will seek their services for product testing and certification.
As for collaboration, Tobias encourages more industry involvement in standardization efforts, emphasizing that engaging early in these discussions is vital for shaping the future of quantum technologies.
His passion for the field is clear when he expresses a desire to meet historical figures in quantum science. He mentions Leo Szilard, reflecting on the fascinating blend of physics and biology in Szilard’s work.
This engaging conversation paints a picture of a rapidly evolving field where collaboration, standardization, and innovation are key.
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