The first correlation between metal-centered stereogenicity and regioselectivity in a catalytic
process is described. Alternate pseudo-diastereomeric chiral-at-ruthenium complexes of the …

Molecular vibrational polaritons, a hybridized quasiparticle formed by the strong coupling
between molecular vibrational modes and photon cavity modes, have attracted tremendous …

Optical nonlinearities are key resources in the contemporary photonics toolbox, relevant to
quantum gate operations and all-optical switches. Chemical modification is often used to …

The modification of vibrational dynamics is essential for controlling chemical reactions and
IR photonic applications. The hybridization between cavity modes and molecular vibrational …

The synthesis and reactivity patterns of the strained dithiete ring are compared with their
dimeric tetrathiocin counterparts and higher oligomers, highlighting:(i) their cycloaddition …

In this study, the “particle in a box” idea, which was broadly developed in semiconductor
quantum dot research, was extended into mid-infrared (IR) cavity modes by applying lateral …

Coherence delocalization has been investigated on a coupled‐cavity molecular polariton
platform in time, frequency, and spatial domains, enabled by ultrafast two‐dimensional …

In this chapter, I discuss the application of two-dimensional infrared (2D IR) spectroscopy to
understand the ultrafast dynamics of molecular vibrational polaritons. When molecular …

The dithiolene transfer reaction between the nickel bis (dithiolene) complex [Ni (S2C2Ph2)
2] and iron carbonyls has been re-investigated, and the conditions for the production of the …

In the recent years, 2D IR spectroscopy has evolved as a structure sensitive experimental
technique to study ultrafast structural and conformational dynamics across broad fields of …