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This article details the founding journey of Jan Goetz and IQM Systems, focusing on the development of their superconducting qubits as they prepare for an IPO. It centers specifically on the hardware architecture and scaling challenges inherent to building commercial quantum computers rather than general corporate finance or unrelated tech sectors. The narrative highlights a pivotal milestone in making European-based quantum computing accessible via public markets while maintaining its core focus on physical layer innovation.
Source coveringQuantum Zeitgeist
What this isA model's reading of the article and related coverage, written for aiqbench. Not the publisher's words.

Jan Goetz, The Complete Story Of The Physicist Who Took IQM To Nasdaq

Quantum Zeitgeist22 min read

A microwave physicist who turned a university lab idea into Europe's first Nasdaq-listed quantum hardware company, one superconducting chip at a time.

Jan Goetz is a German quantum physicist and the co-founder and chief executive of IQM Quantum Computers, one of Europe’s most prominent quantum hardware companies. He helped spin the venture out of Finnish academic research in 2018 and has since turned it into a builder of full-stack superconducting quantum machines. His name is now closely tied to the question of whether Europe can field a globally competitive quantum hardware industry. A fuller corporate biography of Jan Goetz at IQM is published by the company itself. Jan Goetz sits at an unusual point where deep experimental physics meets the hard realities of running a scaling deep-tech business. He spent years inside a low-temperature physics laboratory studying microwave quantum circuits, then chose to carry that expertise into a company rather than a tenured academic post. That decision shaped both his career and the strategic direction of IQM. Understanding Jan Goetz means understanding the technology he bet on, which is the superconducting qubit. These devices operate at temperatures colder than deep space and rely on carefully engineered circuits to behave as artificial atoms. His professional life has revolved around making such circuits reliable enough to sell as working computers. His public reputation rests…

Excerpt shown under the publisher's RSS terms · 200 words · full text and figures are on the publisher's site

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