Interview, Fireside Chat
Raising $2 Billion to Become the SpaceX of Quantum | PsiQuantum's Pete Shadbolt
- Leadership at major technology firms, including Google and Nvidia, is expected to be misled by hype regarding the actual impact and arrival timeline of quantum technology.
- A reasonable average timeline for the arrival of functional quantum computing is estimated at 15 to 30 years, with the milestone of a million-qubit system capable of outperforming global conventional computing capacity for specific chemistry and materials science problems.
- AI is not expected to accelerate quantum computer construction timelines, which are constrained by physical infrastructure rather than software, though AI remains critical for neural decoders in quantum error correction.
- The company plans to deploy a $2 billion funding exclusively toward technologies for a large-scale, commercially useful machine, rejecting incremental paths to smaller demonstrator systems.
- Site construction is projected to begin within the next year at facilities in Australia and Chicago, with the goal of having the sites fully enabled by the end of 2027.
- Current systems being built are anticipated to become obsolete and inefficient within two years, reflecting a trajectory of rapid iterative improvement comparable to the early microelectronics era.
- Manufacturing will leverage the existing semiconductor supply chain, including fabs, OSATs, and contract manufacturers, to build a million-qubit machine.
- Vertical integration is planned to include hiring drug discovery personnel, material scientists, and chemists to directly utilize quantum-generated knowledge for new products rather than solely selling cloud access time.
- Selling system access via a cloud model is expected to eventually become a lucrative revenue stream, serving as a precursor to a primary strategy of building new products from a "fountain of knowledge."
- Code-breaking capabilities are predicted to require a larger quantum computer than commercially useful applications, serving as an economic early warning sign before cryptographic risks materialize.
- The global economy faces potential instability if existing petrochemical, semiconductor, and pharmaceutical processes are not reinvented, justifying the development of advanced quantum technology.
- The company's unique position, derived from surviving years of DARPA "red teaming" aimed at terminating the technology, is viewed as a key factor in its ability to execute successfully.
- Large-scale systems will continue to be built utilizing local infrastructure, such as the Stanford Linear Accelerator for helium in Australia and a U.S. steel mill site in Chicago for power and water.