Jobs – CosmoStat

The Sunyaev-Zel'dovich effect: measurement of the distortion of primordial radiation by galaxy clusters
Position: Internship (stage M2) Deadline: 28/02/2019 Contact: Melis Irfan Details about this position are provided in the following PDF.
Galaxy Cluster detection with Weak Lensing: Towards an Euclid Weak Lensing galaxy cluster catalogue
Position: Internship Deadline: 28/02/2019 Contact: Sandrine Pires. Details about this position are provided in the following PDF.
Cosmology with gravitational waves and galaxy clustering
Position: Internship (stage M2) Deadline: 28/02/2019 Contact: Martin Kilbinger Details about this position are provided in the following PDF.
Analyzing multispectral radio-interferometric measurements on the sphere
Position: Internship Deadline: 28/02/2019 Contact: Jerome Bobin Details about this position are provided in the following PDF.
Exemplar-based calibration for sparse inverse problems, with application to unmixing
Position: Internship Deadline: 28/02/2019 Contact: Jerome Bobin Details about this position are provided in the following PDF.
Component separation from multi-frequency radio-interferometric data, with application to the Epoch of Reionization (EoR) signal
Position: PhD Deadline: 31/05/2019 Contact: Jerome Bobin. Details about this position are provided in the following PDF.
Shape Measurement Benchmarking for Weak Lensing Analysis Pipeline
Position: Internship Deadline: 28/02/2019 Contact: Samuel Farrens and Martin Kilbinger Details about this position are provided in the following PDF.
Machine Learning for Galaxy Cluster Membership Assignment
Position: Internship Deadline: 28/02/2019 Contact: Samuel Farrens Details about this position are provided in the following PDF.
Deep Learning for Multiclass Classification of Blended Galaxy Images
Position: Internship Deadline: 28/02/2019 Contact: Samuel Farrens Details about this position are provided in the following PDF.
Cosmological Parameters Estimation from Cosmic Microwave Background Data
Position: Internship Deadline: 28/02/2019 Contact: V. Pettorino and J.-L. Starck Details about this position are provided in the following PDF.
Optimal Transport and Deep Learning to model the Euclid Point Spread Function
Optimal Transport and Deep Learning to model the Euclid Point Spread Function Position: Internship/PhD Deadline: 28/02/2019 Contact: J.-L. Starck and M. Kilbinger Details about this position are provided in the following PDF.