Astrochemistry, meteoritics and chemical analytics represent a manifold scientific field,
including various disciplines. In this review, clarifications on astrochemistry, comet …

Context. Sulfur (S) is of prime interest in the context of (astro) chemical evolution and
habitability. However, the origin of S-bearing organic compounds in the Solar System is still …

The insoluble organic matter (IOM) contained in carbonaceous chondrites has witnessed a
diverse suite of processes possibly starting from the evolution of the parent molecular cloud …

In this paper, we report grand canonical Monte Carlo simulations performed to characterize
the adsorption of four linear alcohol molecules, comprising between two and five carbon …

Carbonaceous meteorites are fragments of asteroids rich in organic material. In the forming
solar nebula, parent bodies may have accreted organic materials resulting from the …

Recent transit spectra suggest organic aerosol formation in the atmosphere of sub-
Neptunes. Sulfur gases are expected to be present in warm exoplanet atmospheres with …

Context. Carbonaceous chondrites are sources of information on the origin of the Solar
System. Their organic content is conventionally classified as soluble (SOM) and insoluble …

Context. Cosmic rays and solar energetic particles induce changes in the composition of
compounds frozen onto dust grains in the interstellar medium (ISM), in comets, and on the …

In this paper, we present a brief review of what has been learned about the adsorption
characteristics of various organic molecules at the surface of ice, from more than 15 years of …

This laboratory work studied the production of complex organic molecules in pure methanol
(CH 3 OH) ices exposed to ionizing radiation in the form of energetic electrons. The …