The study of chemicals found in space, including their formation, interaction and destruction, is called astrochemistry.

This often leads to theoretical astrochemistry having to seek new ways to describe or explain those same observations.

However in fields including spectroscopy, chemical reaction, and astrochemistry, the definition is slightly different.

Cumulenes are found in regions of space where hydrogen is rare (see astrochemistry).

The compound is of some relevance to astrochemistry.

The word "astrochemistry" may be applied to both the Solar System and the interstellar medium.

But in an interview, Dr. Snyder suggested the role of astrochemistry must not be overlooked.

Likewise chemistry is represented by such fields as biochemistry, geochemistry and astrochemistry.

Applications to physical organic chemistry, biophysics and astrochemistry.

Tielens has contributed significantly to several fields of astronomy, including interstellar physics and astrochemistry.

Chemists discovered important facts in astrochemistry.

Cryochemistry overlaps with many other sciences, including condensed matter physics, cryobiology, and even astrochemistry.

The group also carries out research at different wavelengths, looking into star formation and evolution, planetary nebulae and astrochemistry.

Its importance in the field of astrochemistry is linked to its ubiquity in the interstellar medium.

The cyano radical was one of the first detected molecules in the interstellar medium and has helped the field of astrochemistry a great deal.

Interstellar formaldehyde (a topic relevant to astrochemistry) was first discovered in 1969 by L. Snyder et al..

Theoretical astrochemistry offers the prospect of being able to place constraints on the inventory of organics for exogenous delivery to the early Earth.

Although primarily a chemist, the scientific contributions for which Miller is mainly remembered today are in spectroscopy and astrochemistry, new fields in his time.

Important areas of study include chemical thermodynamics, chemical kinetics, electrochemistry, statistical mechanics, spectroscopy, and more recently, astrochemistry.

Astrochemistry is the study of the abundance and reactions of chemical elements and molecules in the universe, and their interaction with radiation.

Reaction equations and large reaction networks are an important tool in theoretical astrochemistry, especially as applied to the gas-grain chemistry of the interstellar medium.

This definition is more convenient for discussions of transient chemical processes and astrochemistry; therefore researchers in these fields prefer to use this loose definition.

It employs an interdisciplinary approach which includes astrobiology, astrophysics, astronomy, planetary science (planetology), geochemistry, astrochemistry and astrogeology.

Emmett W. Chappelle (born 25 October 1925) is a scientist who made valuable contributions in several fields: medicine, philanthropy, food science, and astrochemistry.

The relative contributions of each reaction have been calculated using rates and abundances from the UMIST database for astrochemistry.