SRL's
most recent successful commercialization of a product-an educational
interferometer that was developed under an educational NSF SBIR funding-utilized
this licensing strategy. The Phase II program demonstrated an ultra-stable-yet
simple and inexpensive-interferometer that is suitable for university laboratory
experiments. We described several such experiments in a detailed manual
developed during Phase II. At the completion of Phase II, we licensed and
transferred the technology to TeachSpin, a company that specializes in marketing
laboratory-experiment kits to educational institutions. TeachSpin has successfully brought
this technology to the market in the form of a $12,500 research-grade
interferometry kit, "Modern Interferometry," that is designed
specifically for advanced student laboratory instruction (see figure). SRL will
benefit from royalties and from the satisfaction of contributing to the
education of university students in precision interferometry.
SRL's commercialization strategy has always been to develop technologies under
government and SBIR sponsorship and to transfer these technologies out into the
private sector, principally by licensing its intellectual property (IP) to
corporations that develop and/or improve products based on SRL's unique IP.
SRL has a world-class competence in solid-state pulsed drivers, electron beams,
lithographic sources, optical metrology, pulsed-electric-field (PEF) technology
and stem-cell-isolation technology. Investment by SBIRs and private developers
will continuously advance the leading edge of these technologies. No competition
is likely in these areas until SRL's patents expire in 2023. The surrounding
patents should protect the core technology for two decades and beyond.
With a business model that is focused on converting technological opportunities
into new products, SRL intends to maintain a technical core team of scientists
and engineers who will develop its key technologies, while the company spins off
the resulting commercial products for economic profit. This approach is
consistent with the goals of the SBIR program, which is to fund small firms that
are creative and develop innovative technologies, to be commercialized by the
company or in collaboration with others. SRL has proposed technology programs to
the government when it has found that the government's interest in developing
technology coincides with SRL's interest in developing a commercially
competitive product. SRL has enjoyed success in this regard by commercializing
products in the areas of pulse power semiconductor lithography, optical diagnostics,
interferometric instruments and electron beam processing.
The investment made by the SBIR program in SRL has been extremely successful. To
date, the total government investment in SRL, through the SBIR system, has been
approximately $40 million. In return for this investment, the products that have
been sold over that same period of time has yielded well over a billion dollars,
and the resulting job creation has been over 1000 employees.
SRL has substantial experience in delivering state-of-the-art electronics,
accelerators, X-ray sources and optical systems to various customers. These
include:
| An all-solid-state pulse power modulator for driving KrF lasers that are
presently used for the manufacture of 0.125-micron circuitry. Licensed to Cymer, Inc View Agreement - SEC Info website |
|
![]() ![]() Pulse Power Drives for 1nm X-Ray source |
An 800-watt, soft X-ray dense plasma pinch point source, delivered to Lockheed-Martin Sanders Microelectronics Center, Nashua, NH |
| An all-solid-state powered plasma thruster that has been delivered to the Jet Propulsion Laboratory and Princeton University for testing |
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EUV Source for next generation lithography. Licensed to Cymer, Inc
View Agreement - SEC Info website |
| A 3.7-MeV electrostatic accelerator for the production of radionuclides that are used in Positron Emission Tomography (PET) | ![]() |
- An ultrasensitive interferometer delivered to a United States Department of Defense research and development center to measure extremely weak absorption of optical elements.
- An ultrasensitive absorptometer for measuring gaseous near-IR absorption, delivered to a United States Department of Defense research and development center.
- A unique optical-flow diagnostic instrument recently delivered to NASA Lewis Research Laboratory.
SRL's excellent track record in commercializing technology has been recognized by DARPA in a publication entitled "Moving DARPA Technologies into the Marketplace," which highlights SRL's solid-state pulser technology. SRL is committed to bringing commercially viable, innovative technologies to the marketplace.





