Stephen A. Cooke

Stephen A. Cooke serves as Professor of Chemistry and Department Chair of Biochemistry and Chemistry at Purchase College within the School of Natural and Social Sciences. His research centers on rotational spectroscopy, utilizing custom-built spectrometers operating near FM radio frequencies to probe structural landscapes of complex molecules across biochemical, chemical, and physical domains.

Education:

• BSc, University of Exeter (England)
• PhD, University of Exeter (England)

Professor Cooke's primary research focus involves characterizing microscopic molecular features through electromagnetic radiation interactions, with particular expertise in fluorinated compounds, actinide-containing molecules, and conformational analysis. His work bridges fundamental physics principles with practical biochemical applications, frequently revealing unique structural insights through rotational spectroscopic techniques.

Analysis of his 2018-2025 publications reveals consistent methodological innovation in rotational spectroscopy applied to diverse systems including uranium/thorium compounds, organic nitrates, and fluorinated organics. His research demonstrates evolving sophistication in handling excited vibrational states and complex internal rotation barriers, with increasing emphasis on synthesizing novel metal-containing molecules for spectroscopic characterization.

Scientific Awards:

• Chancellor’s Award for Excellence in Scholarship and Creative Activities
• Westchester Distinguished Scientist Award (2016)
• Doris and Carl Kempner Senior Faculty Research Award (2014-2016)

As an educator, Cooke teaches General Chemistry, Physical Chemistry, and Chemical Instrumentation courses while maintaining an active research laboratory. His group develops specialized spectrometers for molecular analysis, with recent work featuring cover-featured publications in top journals. Though specific grant details aren't provided, his sustained high-impact output indicates significant research funding and mentorship of students in spectroscopic techniques and molecular synthesis.