What Quantum Founders Need in an Investor

Inspired Team

What Quantum Founders Should Look for in an Early-Stage Investor 

In short: A quantum founder needs an investor who can assess the science, understand the milestones between a working experiment and a scalable product, and help the company build relationships beyond the lab. Before choosing a partner, test their technical judgment, their expectations for progress, and what they can do to help as the company moves toward commercialization. 

A quantum startup can make meaningful progress long before it has a product customers can buy. It may need to improve a device, demonstrate that an approach can scale, recruit people across several disciplines, and establish relationships with institutions that could eventually use the technology. Each step takes a different kind of work. 

That makes investor fit consequential. A founder needs someone who understands what has been demonstrated, what remains uncertain, and which milestones would change the company’s prospects. A broad interest in quantum is a starting point, but the conversation has to go deeper. 

Inspired Capital has spent years building relationships across the quantum ecosystem and has published the reasoning behind its investment in the field. [1] Here are the questions we think founders should use to assess an early-stage investor. 

Can they understand the technical milestones? 

“More qubits” is not, by itself, a complete account of progress. A founder should be able to explain what the system can do today, what limits it, and what the next demonstration would establish. An investor should be able to engage with those answers. 

Ask a prospective investor which technical risks they think matter most for your approach. What evidence would increase their conviction? Which result might force the company to change direction? If the discussion never moves beyond the size of the market or the promise of quantum computing in general, you have learned something about the investor’s ability to work with you. 

That conversation should also leave room for uncertainty. An experiment can be rigorous and still fail. A useful investor distinguishes between a setback that teaches the team something and a result that calls the underlying approach into question. 

Inspired’s quantum thesis describes opportunity across full-stack hardware, enabling infrastructure, networking, hybrid software, and post-quantum security. [1] Those businesses will not share one technical roadmap. The milestone that matters for a hardware company may be irrelevant to a company building tools around quantum systems. The investor needs to understand your route to a product.

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Do they understand the distance from science to a company? 

A breakthrough in a research setting does not settle how a business will be built around it. Founders have to decide what belongs in the first product, which capabilities they must develop internally, and which customers or partners are worth engaging before the technology reaches maturity. 

Jeff Thompson, founder of Logiqal, discusses the move from academic research to company building in his conversation with Alexa von Tobel on INSPIRED. The episode covers Logiqal’s neutral atom approach, the work of building a scaled quantum computer, and the potential applications that motivate it. [2] It is a useful account of why scientific ambition and company-building ambition have to develop together. 

When meeting investors, ask how they would help the company make that transition. Can they identify a plausible first use or partner without pretending the final market is already settled? Can they discuss what needs to be built for a technical result to become something another organization can adopt? 

The best answers will be specific to the company’s approach. A founder building hardware, an error-correction tool, and a security product will face different paths to a market. 

Are their expectations matched to the work ahead? 

An investor should understand what the next financing period can reasonably prove. A useful plan names the technical milestones, the people and equipment needed to reach them, and the questions that will remain unanswered even if the team succeeds. 

Discuss that plan openly. Which result would justify the next stage of funding? What evidence would a future customer, research partner, or investor need to see? Where is the schedule most vulnerable? The aim is to establish a shared understanding of progress before a difficult moment puts pressure on it. 

Inspired led Logiqal’s seed round in 2025. Logiqal is building a neutral atom quantum computer, with work on erasure conversion at the center of the approach described in Inspired’s investment thesis. [1] That investment is one example of backing a team around a specific technical direction rather than treating quantum as a single, undifferentiated category. 

A founder should ask any prospective investor what, precisely, has earned their conviction. The answer matters more than general enthusiasm for the field. 

Can they help you reach the right people? 

Quantum companies often need relationships across research institutions, technical suppliers, potential customers, and public-sector organizations. Those relationships serve different purposes. An expert may help test an assumption; a supplier may help remove an

Ask investors for examples of relevant work they have done. Who could help examine a technical question? Which organizations would be useful to meet now, and why? What could the investor do to make an introduction productive for both sides? 

Inspired’s published thesis describes relationships across government, academia, industry, and the Chicago quantum ecosystem. It also sets out why the firm views commercialization as work that crosses those boundaries. [1] A founder assessing Inspired, or any investor, should bring a concrete challenge to that conversation and ask how the relationship could help address it. 

An introduction is valuable when it serves a purpose. A long list of names is less useful than a clear reason to speak with the right person at the right stage. 

Will they engage with the team you need to build? 

Turning a research effort into a company changes the demands on a founder. The team may have to bring together people with different strengths in physics, engineering, product development, and commercial work. Recruiting them requires a compelling technical mission and a credible plan for building beyond the first experiment. 

Ask a potential investor how they assess those gaps. Which capabilities should be hired now? Which can wait? Where have they helped a technical founder recruit or develop a leadership team? 

Inspired’s quantum thesis says the firm is looking for exceptional scientists with the ambition to build companies, and recognizes that those founders will need to recruit across disciplines. [1] That is a demanding combination. A founder should expect an investor to take both the science and the organizational work seriously. 

Test the partnership before you choose 

Bring a real question to an investor meeting. It might concern the next experiment, a hiring tradeoff, or the point at which a potential application becomes worth pursuing. Explain what you know and where you are uncertain. Then see how the investor responds. 

Do they ask questions that make the problem clearer? Do they understand the difference between a technical possibility and a demonstrated result? Can they help you think about customers and partners without pushing you to make claims the science cannot yet support? 

Quantum companies will be built through many such decisions. Choose an investor whose judgment is useful while the answers are still being discovered.

Sources 

[1] Inspired Capital, “Why We Bet on Quantum” 

https://www.inspiredcapital.com/insights/why-we-bet-on-quantum 

[2] Inspired with Alexa von Tobel, “The Race to Build the First Scaled Quantum Computer with Jeff Thompson from Logiqal” 

https://www.inspiredcapital.com/insights/the-race-to-build-the-first-scaled-quantum-computer -with-jeff-thompson-from-logiqal

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