Jeffrey Scott White, Ph.D.

Biographical Summary

Jeffrey Scott White, Ph.D. is a chemist and analytical-instrumentation scientist with more than three decades of experience developing and commercializing measurement systems for research and industry. His career combines a foundation in physical chemistry and molecular spectroscopy with practical experience translating laboratory science into field-deployable instrumentation across aerospace, defense, and industrial sectors. He is a co-inventor on multiple U.S. patents in advanced sensing and signal processing, and instrumentation he developed has been adopted by NASA, Northrop Grumman, and 3M, often enabling first-of-their-kind measurement performance in the field.

Dr. White brings direct governance experience through his service since 2023 on the Manchester Community Schools' Board of Education (Manchester, Michigan). That service, combined with his career in analytical chemistry and instrumentation, equips him to contribute to the Foundation's technical due diligence, program review, and standards of documentation and procedural integrity.

Education

• University of Illinois at Urbana-Champaign. Ph.D., Chemistry.
• Michigan State University. B.S., Chemistry.
• Kansas State University. Postdoctoral research with University Distinguished Professor William G. Fateley, a foundational figure in molecular vibrational spectroscopy whose work shaped the analytical methods on which much of modern chemical characterization depends.

Community and Governance Service

• Manchester Community Schools' Board of Education (Manchester, Michigan) — Board Member (2023–present). Sworn in on 17 April 2023 after being selected by the sitting board members from a slate of three qualified candidates to fill a mid-term vacancy. Direct experience in a public-governance setting — deliberative decision-making, fiduciary oversight of public funds, and community-accountable policy formation.
• Inner Planets Terraforming Foundation — Independent Director (2026–present). Serves as an Independent Director of the Foundation, an Idaho nonprofit corporation, satisfying the independence criteria under Bylaws Section 3.5(e).

Career in Chemistry and Analytical Instrumentation

Across a career of more than three decades in chemical instrumentation, industrial R&D, and technical commercialization, Dr. White has consistently applied the tools of physical chemistry — spectroscopy, optical measurement, and materials characterization — to problems requiring non-contact, non-destructive quantitative analysis.

• Luna Innovations (formerly TeraMetrix, API, and Picometrix) — Senior Research Scientist and Technical Sales. Pioneered new technical and commercial applications of Time-Domain Terahertz (THz) measurement systems. Deployed and validated systems across aerospace, defense, and industrial sectors, enabling first-of-their-kind measurement performance for organizations including NASA, Northrop Grumman, and 3M. Co-inventor on four patents in advanced sensing and signal processing.
• Perceptron / Autospect, Inc. — Project Manager. Formed and led a multidisciplinary team to develop and commercialize laser-based ultrasound systems for non-contact wet and dry coating thickness measurements. Delivered two patented innovations.
• Jonathan Amy Facility for Chemical Instrumentation, Purdue University — Senior Instrumentation Specialist. Collaborated directly with chemistry faculty and graduate researchers on the development of advanced analytical instrumentation, primarily supporting but, when necessary, leading the design and implementation of custom measurement systems for chemical research programs.

Additional Information

• Chemistry-relevant technical domains. Materials characterization using terahertz and optical spectroscopic methods; atmospheric chemistry measurement through spectroscopy-based detection of trace gases and environmental conditions, including deployment of an unattended automated atmospheric-trace-component monitoring system above the Arctic Circle; analytical instrumentation across multiple spectroscopic techniques and ultrafast optics; and extreme-environment measurement in vacuum, radiation, dust, and severe temperature conditions.
• Patents. Co-inventor on four U.S. patents in advanced sensing and signal processing arising from work at Luna Innovations; also named on two additional patents from work at Perceptron / Autospect.
• Adopters of his instrumentation. NASA, Northrop Grumman, and 3M.

Relevance to the Foundation's Mission

The Foundation's research agenda spans the chemistry and materials science of resource use in closed environments, atmospheric characterization under extreme conditions, and the development of instrumentation for planetary and lunar exploration. Dr. White's training in analytical and physical chemistry, his career in chemical instrumentation, and his practical experience translating laboratory science into field-deployable measurement systems together equip him to contribute to (a) subject-matter review of the Foundation's chemistry-focused research programs; (b) technical due diligence on proposed sensing and instrumentation technologies; (c) evaluation of the transition from research prototype to production instrument for the Foundation's technology-development work; and (d) intellectual-property strategy for the Foundation's patenting and open-publication decisions. He satisfies the independence criteria for an Independent Director under Bylaws Section 3.5(e).