Meissner Raises $2.6M to Develop New Superconducting Materials
Meissner, a materials startup based in Toronto, has successfully raised $2.6 million in pre-seed funding. This capital will support its efforts to identify new superconducting materials with potential applications in quantum computing, fusion energy, and other fields. The company, currently with a team of four, is in the early stages, with its scientific work primarily at the computer-model phase. Meissner has yet to produce a commercial material, and laboratory testing is just beginning.
The funding round, equivalent to approximately $3.6 million Canadian, saw participation from BDC Capital’s Thrive Venture Fund and several Canadian tech investors, as BetaKit reported on September 1. Notable investors include Anthony Lacavera, Christian Weedbrook, Daniel Debow, and Michael and Richard Hyatt. Christian Weedbrook is the founder and CEO of Xanadu, a Toronto-based quantum-computing company. The involvement of several investors who also backed Xanadu indicates a familiar network placing an early wager on Meissner.
Funding for Early-Stage Development
This pre-seed funding will primarily cover hiring and prototype development. Meissner employs a machine-learning model to pinpoint potential metal-based superconducting compounds. These candidates then undergo quantum simulations to identify the most promising, before physical synthesis begins. Olivia Leng, founder and CEO, describes this approach as a “discovery engine” for superconductors. These simulations provide predictions, and the company confirms that its laboratory phase is only commencing this month.
Meissner intends to test its leading material candidates at the University of Waterloo’s Quantum-Nano Fabrication and Characterization Facility. Leng informed BetaKit that the objective is to assess how closely laboratory results align with simulation data. This correlation is a critical factor. Should physical testing contradict the predictions, the company would need to revise its model before considering any commercial offerings.
Leng established Meissner about a year ago, pausing her materials science chemistry studies at the University of Toronto to lead the startup. The company’s name is inspired by the Meissner effect, a phenomenon where a superconductor expels a magnetic field upon transitioning to a superconducting state.
Investor Outlook and Future Prospects
Investor Michael Hyatt offered a straightforward perspective on the investment, telling BetaKit:
“If you believe quantum is going to be a reality by 2030, companies like Meissner will be really important in that process. It’s a derivative bet on quantum.”
Hyatt acknowledges this as a speculative investment. Though MRI machines and maglev trains already utilize superconductors, most require extreme cooling, which increases both cost and energy consumption. Meissner aims to develop materials that operate at higher temperatures and are resilient to “quenches”, which are the abrupt loss of superconductivity that can damage hardware. Whether the company can successfully deliver these materials and attract buyers remains to be seen. The laboratory data expected this month will provide the initial significant indication of its progress.