The chirality‐induced spin selectivity (CISS) effect is a fascinating phenomenon that
correlates the molecular structure with electron spin‐polarization (SP). Experimental …

In this review, we summarize recent progress in experimental approaches to the
investigation of the unoccupied electronic structures of organic ultrathin films, based on a …

The internal conversion from the optically bright S 2 (1 B 2u, ππ*) state to the dark S 1 (1 B
3u, nπ*) state in pyrazine is a standard benchmark for experimental and theoretical studies …

Laser photochemistry of pressed-pellet samples of polycyclic aromatic hydrocarbons (PAHs)
produces covalently bonded dimers and some higher polymers. This chemistry was …

The ultrafast relaxation occurring in pyrene upon excitation at 4.68 eV was studied in a
supersonic gas-jet fs pump–probe experiment. Mass spectrometry and velocity map imaging …

Tolane (diphenylacetylene, C14H10) was studied by picosecond time-resolved
photoionisation and photoelectron imaging in a supersonic jet. The low-energy part of the …

Low-energy electron collisions with normal-pentane (nC 5 H 12) that initiate the plasma to
assist combustion are critical in understanding the underlying physics and chemistries. In …

We demonstrate that the field emission from a single molecule at the apex of a metallic tip
exhibits a well-defined angular distribution pattern (field emission angular distribution, FAD) …

The ultrafast relaxation dynamics of tetracene following UV excitation to a bright singlet state
S6 has been studied with time-resolved photoelectron spectroscopy. With the help of high …

The interaction of a molecular orbital with a surface state is important to understand the
spatial distribution of the wave function at the molecule/substrate interface. In this study, we …