Postdoctoral Position In Machine Learning Applied To Galaxy Morphology

Cab; Madrid; Sur place; EUR 45 000 - 65 000; Plein temps

Résumé du poste

CAB invites an astrophysicist to join a joint international research program near Madrid, focused on applying deep learning to galaxy morphology using data from Hubble, JWST and Euclid. You will work with ESA Datalabs and Galaxy Zoo teams in a collaborative setting.

Initial contract is two years, with extension possible depending on funding. Start date circa Q4 2023, with opportunities for research trips to partner institutes. Strong ML and astrophysics background required.

Qualifications

• PhD in astrophysics or comparable.
• Experience with machine learning applications in astrophysics preferred.
• Strong communication and collaboration skills.

Connaissances

Galaxy evolution

Machine learning

Communication skills

Formation

PhD in astrophysics

Description du poste

Intro

An international joint research program with participation from ESA, STScI, Galaxy Zoo, the Centro de Astrobiología (CAB) and the University of Toronto is looking for an astrophysicist to join for an initial 2-year phase to explore the application of innovative machine-learning techniques to improve our understanding of galaxy morphology.

Project

The aim of the project is to develop and apply novel deep learning techniques to study the morphology of galaxies in different environments using archival and/or brand new data from the Hubble Space Telescope, James Webb Space Telescope and Euclid.

With support of ESA´s Data Science team the candidate will use the ESA Datalabs platform to develop and deploy models based on the archival data from one or several ESA/NASA missions as well as algorithms developed by Galaxy Zoo.

The successful candidate will join the CAB, co-located at ESA´s European Space Astronomy Centre campus near Madrid in Spain, and will have the opportunity for collaborative research trips to our partner institutes at STScI and the University of Toronto.

Duration

Initially two years, extension depending on available funding.

Required skills

• Preferably research experience in galaxy evolution
• Experience with the application of machine learning
• Strong communication skills

Qualifications

• PhD in astrophysics or comparable

More info

• Start date: ~Q4 2023
• For more information please contact (),
• with CC: to Jan Reerink