Postdoc in Lab Astrochemistry: Low-Temp Molecule Reactions

1000scholars; Aarhus; On-site; DKK 430,000 - 520,000; Full time

Job summary

Aarhus University in Aarhus, Denmark, invites applications for a postdoctoral position in laboratory astrochemistry under the supervision of Prof. Liv Hornekær at the Department of Physics and Astronomy.

The role involves experimental work on interstellar dust grain analogue surfaces, using STM, TPD and RAIRS to study molecule formation under low temperature/low pressure conditions. The successful candidate will collaborate with theoreticians and other astrochemistry groups, supervise students,

Qualifications

• PhD in physics or related field with strong experience in experimental surface science, UHV techniques, catalysis/reactions on surfaces and atomic-scale characterization. Background in laboratory astrochemistry preferred.
• Ideal candidate possesses good collaboration skills and able to work independently.

Responsibilities

• Map catalytic pathways and reaction rates on interstellar dust grain analogue surfaces using STM, TPD, and RAIRS.
• Develop, maintain and troubleshoot on various experimental UHV setups.
• Participate in maintenance of the group laboratories.
• Perform data analysis and contribute to writing scientific publications.
• Supervise PhD, Master and bachelor students.
• Take on project administration tasks such as writing reports.

Skills

PhD in physics or related field

experimental surface science

UHV techniques

surface catalysis

atomic-scale characterization

collaboration

Education

PhD degree in physics or related field

Tools

STM

TPD

RAIRS

IR spectroscopy

Job description

Aarhus University in Aarhus, Denmark, invites applications for a postdoctoral position in laboratory astrochemistry under the supervision of Prof. Liv Hornekær at the Department of Physics and Astronomy.

The role involves experimental work on interstellar dust grain analogue surfaces, using STM, TPD and RAIRS to study molecule formation under low temperature/low pressure conditions. The successful candidate will collaborate with theoreticians and other astrochemistry groups, supervise students,