PostDoc in exoplanet atmospheres at the University of Bern

Join a Leading Research Initiative at a Renowned Institution

At UniBE, renowned globally for its prestigious standing, you will have the opportunity to engage with groundbreaking research in the field of planetary science.

Position Overview

We are seeking a highly qualified individual to work on a captivating project focused on the atmospheres of transiting sub-Neptunes. This role is tied to the SNSF-funded project "Exo-Neptune Census," under the guidance of Assistant Professor Hugh Osborn. The project aims to analyze the radii, masses, and atmospheres of these unique planets, providing insights into their formation, composition, and evolution.

Key Responsibilities

• Extracting atmospheric volatile abundances and bulk planetary compositions from JWST observations.
• Contributing to the detection of new Neptune-like exoplanets and their characterization through various observational facilities.
• Collaborating with leading experts in atmospheric observations, theoretical modeling, and data retrieval.
• Supporting the IN/AT-SYNC JWST large program targeting sub-Neptunes in resonant systems.
• Facilitating the teaching process and mentoring Masters’ projects and PhD students.

Ideal Candidate Profile

The ideal candidate will possess:

• Proficiency in applying Bayesian statistical methods to astronomical datasets.
• Experience with exoplanetary transit modeling and a solid understanding of atmospheric physics.
• A proven record as an independent researcher, especially in extracting spectra from JWST timeseries data.
• Additional expertise in theoretical modeling of planetary interiors and atmospheres.

What We Offer

As part of Bern's Physics institute, you will immerse yourself in a collaborative and egalitarian research environment. The University of Bern is recognized among the top-200 global universities, situated in a vibrant city celebrated for its quality of life. Key benefits include:

• Competitive international salary determined by the Swiss National Fund matrix.
• Generous travel support for international conferences and research visits.
• A supportive environment promoting diversity and inclusive professional development.

Employment Details

This fixed-term position is funded for two years, with the possibility of a one-year extension. Candidates from diverse backgrounds and varied career paths are strongly encouraged to apply.

About the University of Bern

The University of Bern provides an exceptional working atmosphere that champions development, diversity, and equal opportunities. Join us in making a positive impact in the field of planetary sciences.