Astrochemistry @ Illinois | |||||||||||||||||||||
Astrochemistry is an emerging interdisciplinary field at the intersection between chemistry and astronomy. As a few examples, topics of active research in this area include identifying organic molecules in interstellar space, building models of the chemical reactions that occur in interstellar space, laboratory measurements of astronomically important molecules, searching for Earthlike planets using molecular signatures, and understanding the contributions of interstellar molecules to the chemical origin of life. To succeed in this field, students require training in both of the traditional disciplines of chemistry and astronomy, as well as formal (transcript) recognition that they are qualified astrochemists. This graduate concentration provides these benefits. More information about graduate concentrations at Illinois is available here. Requirements:
Approved courses: (courses listed with * are especially well-suited for astrochemistry concentrators)
Notes
for Chemistry PhD students: Chemistry PhD students
concentrating in astrochemistry may apply all 12 hours of astronomy courses to
satisfy their out of area requirement.
Physical chemists, who usually take CHEM 540 and either 542 or 544, can
apply these courses to satisfy their in area requirement, and would only need
to take 4 extra hours of (chemistry) coursework to complete the astrochemistry
concentration. Chemists in other areas
(e.g. organic or analytical) may need to take 8 extra hours of coursework to
concentrate in astrochemistry, unless they identify other courses in their area
that the steering committee considers relevant to astrochemistry. Notes for Astronomy PhD
students: The twelve hours of astronomy
coursework required by the astrochemistry concentration would also count
towards the astronomy PhD requirements.
Astronomy students would then only need to complete 12 hours of
chemistry courses (which could include CHEM 450) to satisfy the concentration
requirements. The astronomy requirements
are being modified so that the twelve hours of chemistry courses undertaken as
part of the astrochemistry concentration could also be counted towards the
astronomy course requirements. Contact: Prof. Ben McCall, 166 Roger Other courses may be substituted if approved by the
Astrochemistry Concentration Steering Committee. ASTR 596 and CHEM 554 (special topics courses)
are also eligible, when approved by the committee. |