Rathore was the Pfletschinger-Habermann Professor of Organic Chemistry at Marquette University. He was also nominated for the Helen Way Klingler College of Arts and Sciences Scholar of the Year for 2017–2018, in recognition of outstanding scholarly contributions over the past three years, which he was awarded and received posthumously. Rathore made key contributions to the areas of organic supramolecular and materials chemistry. His interests focused in rational design and synthesis of novel electro-active molecules with applications in molecular recognition, photovoltaics, molecular electronics, and drug discovery. In particular, Rathore was well known for his contributions to studies of the Scholl reaction mechanism, syntheses of cofacially arrayed polyfluorenes, and applications of nitric oxide complexes with aromatic donors. His recent work was focused on elucidating the application of frontier molecular orbitals (FMOs) in the rational design of novel charge-transfer materials.
Synthesis of pillarene In 1995 Rathore and Kochi reported a synthetic procedure to produce various diarylmethanes from their corresponding benzyl methyl ethers. They showed that transformation of
bis(methoxymethyl)-
p-hydroquinone ether yields corresponding diarylmethane and a polymeric-like material. A reanalysis of this polymeric material showed that it consisted mainly from
pillararene. A full characterization of pillararene was first reported in 2008 by Tomoki Ogoshi et al. == Personal life ==