From the NanoLab archive · May 19, 2008

Is Nanotech Venture Capital Misplaced?

A Lux Research report noted that venture capital spending was out of sync with where the returns were coming from: the majority of nanotech revenue came from nanomedical start-ups, yet more funding flowed to non-medical ones.

Because so many nanotechnology start-ups focused on materials platforms rather than specific applications, the return-on-investment timeframe a typical VC requires — three to seven years — may simply be unattainable for a company without a defined product that needs its material. The start-ups that did have a focus — Nantero (carbon nanotubes for non-volatile memory and logic), Innovalight (silicon nanocrystals for solar cells) — were instead forced to compete with established giants like Samsung, Sharp, Fujitsu, Micron, and Infineon, which dominate their markets.

So these companies faced a Herculean task: not only inventing a groundbreaking technology that was competitive with — preferably superior to — other approaches, but also penetrating the web of marketing and distribution channels controlled by incumbents.

There was, at the same time, a logic to backing non-medical applications. The potential payday is bigger: real breakthroughs in energy production and electronics can reshape entire industries. One of the earliest venture-capital successes, Fairchild Semiconductor, produced the integrated circuit — a technology that went on to touch virtually every aspect of modern life.

Why this still matters

The specifics are dated, but the structural tension isn’t. Deep-tech funding still runs into the return-horizon mismatch: platform technologies create broad option value but resist the fixed timelines capital is underwritten against. That gap is exactly why non-dilutive funding — R&D tax credits, grants, and innovation programs — matters so much for research-intensive companies. It finances the long, uncertain middle that venture timelines struggle to cover.

For how that non-dilutive layer works across countries, see the R&D tax credits by country guide.

How deep-tech gets funded today

NanoLab now maps R&D tax credits, grants, and innovation programs for research-intensive companies.