Before joining the University of Nevada, Las Vegas (UNLV), Dr. Jayaraman built a notable career in experimental inorganic chemistry, with a special focus on organometallic and sustainable main-group chemistry. His academic journey, spanning an M.Sc., Ph.D., and two postdoctoral fellowships, provided him with a wealth of hands-on experience and a strong foundation in computational chemistry, enriched by international research in Canada and Germany. To date, Dr. Jayaraman has published 30 research articles in well-reputed international journals, and has also filed a US patent on his discovery made during his PhD.
Throughout his training, Dr. Jayaraman leveraged his expertise to investigate a diverse array of research projects centered on the development of earth-abundant, cost-effective, and environmentally benign main-group compounds. His pursuit of sustainable solutions led to important advancements in catalysis and the promotion of greener chemical processes.
Notably, his work as a postdoctoral fellow with Prof. Holger Braunschweig at the University of Wuerzburg in Germany, supported by prestigious awards (NSERC and Alexander von HumboldtAwards ), focused on the synthesis, reactivity, and computational characterization of low-valent boron compounds, including diborenes—boron-based analogues of alkenes. During his first postdoctoral fellowship with Prof. Frédéric-Georges Fontaine at Université Laval in Canada, he designed industrial-scale, greener processes for the C–H borylation and hydroboration of heteroarenes using robust boron-/nitrogen-based frustrated Lewis pair catalysts. Impressively, this research was adopted by a fine-chemical company in Canada.
Dr. Jayaraman’s doctoral studies with Prof. Brian T. Sterenberg at the University of Regina, Canada, focused on preparing transition-metal-complexed, highly Lewis acidic, low-coordinate phosphorus compounds, known as phosphenium ions, and examining their interactions with less-nucleophilic unsaturated hydrocarbons. Earlier, as a master’s student with Prof. Allan L.L. East at the same institution, he conducted computational mechanistic studies on organometallic and organic reactions, including the rearrangement of norbornadiene to an alkylidene within a tungsten coordination sphere and the permanganate oxidation of organic sulfides.
Collectively, Dr. Jayaraman’s multifaceted international training and research have uniquely equipped him to advance the frontiers of inorganic and sustainable chemistry at UNLV.
