![]() A big part of my role is making sure everyone is heard. When you’re tackling big questions with unknown answers, you’ve got to allow that and then filter those ideas. Since my university days, I’ve always been clear that ideas can be generated at any level and propagate in any direction. We also care about bringing together a diverse group of people-including those with experience in different industries, roles, and functions. No one pretends to have all the answers, and yet we continually strive to achieve results that have never been done before. ![]() Our team is remarkably humble, especially as it faces solving problems of unprecedented scale. Then it’s the technical and business rigor of what we’re trying to achieve. We’ve recruited these supersharp, technically gifted individuals who are collaborating in the most extreme ways. When I talk to colleagues about what keeps them here, it’s the people and our bold vision. I’ve heard some colleagues describe it as a less-than-once-in-a-lifetime opportunity. ![]() In addition to the vision, we have an extremely profound technology, a unique approach to delivering it, and a focused discipline to maximize progress against our end goal. I think there’s something about the organization that attracts people like them. They are vastly more experienced than me in the semiconductor industry and in the broader tech industry. Jeremy O’Brien: My two main reports-our chief operating officer and chief business officer-are multiventure CEOs. What do you think has enabled your organization to attract the right people with the right skills? Let’s talk more about finding the best talent. This belief has always been the guiding light for everything we do, and it’s why the smartest people want to come work with us. Our commitment to this goal is driven by our understanding that only at such scales will quantum computers address the substantive problems impacting health, the environment, and innovative materials. We are still fanatical about getting to a million-plus qubits, and we have a viable path to deliver on that promise. Seven years later, the consensus is that we were right. If you realize that the goal is to reach the moon, you take a completely different approach. If you think the goal is to get to the top of the Empire State Building, you build longer ladders. This was contrary to the dominant thinking at the time, which was to scale up from ten qubits to maybe 100 or 1,000. 1 A qubit, or quantum bit, is the quantum version of the classic computing binary bit. Jeremy O’Brien: We founded this company on the conviction that quantum computing is the most profoundly world-changing technology that humans have discovered and that to do anything useful, you need a million-plus-qubit quantum computer. Prior to founding PsiQuantum, he was a professor of physics and electrical engineering at Stanford and Bristol Universities and director of the Centre for Quantum Photonics. Jeremy has dedicated 25 years to this mission, having identified quantum computing as the most profoundly world-changing technology due to its potential to unlock solutions to otherwise impossible problems. Jeremy O’Brien is cofounder and CEO of PsiQuantum, a quantum-computing company on a mission to build the world’s first commercially useful quantum computer and deploy it to tackle some of the greatest challenges we face across climate, healthcare, life sciences, energy and beyond. We spoke with cofounder and CEO Jeremy O’Brien about his vision for the company and the people, culture, and mindsets that enable its success.ĭr. Since its founding in 2015, the company has expanded to more than 200 employees and has raised more than $700 million in private capital, bringing its valuation to more than $3 billion. With core quantum components already in volume production, this is an unprecedented economic signal of maturity for a technology that is often viewed as being at the early research phase. Photonic qubits have significant advantages at the scale required to deliver a fault-tolerant quantum computer, and PsiQuantum partnered with semiconductor company GlobalFoundries to achieve this objective. More specifically, it is developing a utility-scale, fault-tolerant quantum computer with a silicon photonics-based architecture that enables manufacturing in a conventional silicon chip foundry. PsiQuantum is on a mission to build the first useful quantum computer, a machine that can solve impossible problems beyond the capabilities of anything that exists today. Special Report The State of Organizations 2023 (92 pages)
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