John Milligan

John Milligan serves as Assistant Professor in the Department of Chemistry within Thomas Jefferson University's College of Life Sciences. His research program centers on blue LED-driven photoredox catalysis for developing mild and efficient synthetic methodologies in organic chemistry.

His educational background includes a Postdoctoral Scholar position at the University of Pennsylvania (2019), a PhD from the University of Pittsburgh (2018), and a BS from Allegheny College (2012).

Milligan's primary research focuses on radical/polar crossover reactions to synthesize nitrogen heterocycles from unsaturated substrates, with particular emphasis on developing novel cyclopropanation strategies and heterocyclic frameworks. His group maintains an active intramural collaboration with Jefferson design experts to create 3D-printed devices for organic chemistry applications, bridging synthetic methodology with laboratory innovation. This work positions him at the intersection of photoredox catalysis, radical chemistry, and practical chemical tool development.

Analysis of his publication record reveals three dominant research streams: (1) photoredox-mediated radical/polar crossover reactions for complex heterocycle synthesis, (2) development of strained molecule reagents (particularly bicyclobutanes), and (3) chemical education innovations including green laboratory experiments and pandemic-era remote teaching methodologies. His work demonstrates consistent methodology development within organic synthesis while addressing practical educational challenges.

Scientific awards: No awards or fellowships were documented in the provided materials.

Regarding academic mentorship, the source materials contain no explicit listings of current or former advisees. His educational publications suggest active curriculum development, particularly in laboratory safety and remote teaching adaptations, though specific grant funding details remain unreported. The intramural design collaboration indicates cross-disciplinary engagement beyond traditional chemistry boundaries.

Milligan leads a research group actively developing 3D-printed laboratory apparatus through collaboration with Jefferson's design experts, demonstrating commitment to practical innovation in synthetic chemistry infrastructure. This initiative complements his fundamental research in photoredox catalysis and strained molecule chemistry.