Theiss Research

Theiss Research, a non-profit research organization headquartered in La Jolla, California, is a prime recipient of federal research grants from the National Institute of Standards and Technology (NIST) under the Measurement and Engineering Research and Standards program (CFDA 11.609), conducting applied research and development in advanced materials characterization, quantum information science, semiconductor metrology, and biomedical measurement technologies.

Theiss Research operates as a grant recipient rather than a federal contractor, with 156 of 158 awards (99%) as prime recipient positions and a minimal subcontract footprint. The organization holds no federal contract vehicles and does not pursue procurement-based work. Instead, it serves as a primary investigator site for NIST cooperative agreements and has received limited grant work from the National Science Foundation, the Department of the Navy, and NASA. The company does not compete under set-aside categories; its federal footprint is purely grant-based, research-focused work performed at its La Jolla facility.

The concrete capability portfolio spans materials science, quantum device engineering, and measurement science. Representative work includes a $359,576 cooperative agreement (CFDA 11.609) awarded October 1, 2025, to develop pulsed-gas resonant inelastic X-ray scattering methodology for measuring molecular-scale behavior of catalysts used in energy-intensive chemical production, with results to be published and data made publicly available. Theiss Research holds a $411,365 cooperative agreement (70NANB25H091), also CFDA 11.609, effective October 1, 2025, through September 30, 2028, to develop techniques for improving the manufacturability of superconducting quantum circuits by providing tools to fabricate with fewer errors, detect errors during fabrication, and automate the manufacturing process. A $244,000 award (CFDA 11.609), effective September 1, 2025, funds computational research to elucidate anomalous dielectric properties in solvent mixtures through computational dielectric spectroscopy, delivering improved force fields for molecular dynamics simulations and publicly available software tools. Additional work includes development of chip-integrated quantum dot devices for quantum information technologies, operando spectroscopic investigation of electrodeposition processes for semiconductor interconnects aligned with US CHIPS Act objectives, and autonomous decision-making methods combining multi-fidelity active learning with large language model-derived scientific priors for advanced materials characterization.

Customer concentration is extremely narrow. The Department of Commerce's National Institute of Standards and Technology accounts for 145 of 158 awards (92% of the portfolio), with the remaining awards spread across the National Science Foundation (5 awards), the Department of the Navy (3 awards), NASA's Shared Services Center (2 awards carrying $83 thousand combined potential value), and NSF's Division of Ocean Sciences (1 award). The two rankings align tightly—NIST dominates both volume and dollars—indicating a highly specialized research relationship rather than diversified federal engagement.

Activity has declined sharply in recent years. Award volume peaked at 16 in 2023 and 15 in 2024, but dropped to 7 in 2025, 2 in 2026, and 1 in 2027. Twenty-six awards reach ultimate completion within the next twenty-four months, representing recompete and renewal risk. In the Service Contract Inventory dataset, Theiss Research appears as a named subcontractor on a single FY2022 record carrying 0.8 FTEs, indicating minimal federal service-contract activity above the $150,000 reporting threshold; this SCI figure is a strict subset and does not represent total enterprise capacity.

Theiss Research operates as a pure research recipient, with no teaming as a prime contractor bringing subcontractors and no recurring role as a subcontractor to other primes. The organization functions as a subject-matter expert site within NIST's research ecosystem, performing foundational measurement science and materials engineering research that generates openly available methodologies, software, and data for broader scientific and industrial use. No federal contract work, IDIQs, GWACs, or BPAs appear in the award footprint.