CoSyne: Cosmological Synergies in the upcoming decade

Amphitheater (Institut d'astrophysique de Paris)


Institut d'astrophysique de Paris

98bis Boulevard Arago, Paris 75014
Amandine Guillemois (IAP), Benjamin Wandelt (IAP), François R. Bouchet (IAP), Guilhem Lavaux (Institut d'Asrophysique de Paris / CNRS), Igniatios Antoniadis (Ecole Polytechnique Centre de Physique Theorique (CPHT)), Pierre Astier (LPNHE), Silvia Galli (IAP), Suvodip Mukherjee (IAP), Sébastien Renaux-Petel (IAP-CNRS)

The coming decade of astrophysics and cosmology will be driven by a large number of missions which will explore the cosmos observing the sky through e.g. electromagnetic waves, cosmic and gamma rays, gravitational waves and neutrinos. This will make possible a multi-messenger approach, capitalizing on multiple probes that capture phenomena of the Universe in different observational channels over a large range of redshifts and will open the opportunity to study the synergies between different experiments.

The conference will bring researchers working on theoretical aspects, statistical methods and observational cosmology and will discuss the new directions of fundamental physics and cosmological mysteries which can be addressed from these multi-messenger multi-frequency probes. Along with probing the fundamental aspect of gravity, nature of dark energy, properties of dark matter, primordial gravitational waves, neutrino masses and hierarchy, next-generation missions will also be powerful probes to learn about the astrophysical aspects such as the population of black holes, properties of first stars, reionization history of the Universe, galaxy evolution and the interplay between cosmological and astrophysical effects. The meeting will also discuss future statistical tools and machine learning techniques which will be required to make robust measurements from the data which will be available from the upcoming missions on astrophysical gravitational waves, cosmic microwave background, large scale structure, line intensity mapping, supernovae and many others.


  • Abir Sarkar
  • Aditya Rotti
  • Alessandra Silvestri
  • Alkistis Pourtsidou
  • Amandine Guillemois
  • Andrea Ravenni
  • Anh Pham
  • Aoife Boyle
  • Ayan Mitra
  • Benjamin Giblin
  • Benjamin L'Huillier
  • Benjamin Wandelt
  • Blake Sherwin
  • Carolina Queiroz A. Silva
  • Chiara Moretti
  • Cora Dvorkin
  • Daniel Gilman
  • Daniel Whalen
  • Danièle Steer
  • David Valls-Gabaud
  • Elena Massara
  • Eric Armengaud
  • Fabian Schmidt
  • Fabrizio Renzi
  • Faizan Mohammad
  • Florent Leclercq
  • Francois Boulanger
  • Guilhem Lavaux
  • Ignatios Antoniadis
  • Jaiyul Yoo
  • Jean-Eric Campagne
  • Jens Chluba
  • Jens Jasche
  • Jiao Kang
  • Joe Silk
  • Jose Ramon Bermejo Climent
  • karim benabed
  • Ken Osato
  • Lars Hernquist
  • Lucas Pinol
  • Luigi Tedesco
  • Luke Hart
  • Mario Ballardini
  • Marius Millea
  • Marta Spinelli
  • Marta Volonteri
  • Matteo Martinelli
  • Mauro D'Onofrio
  • Mohammed El-Sayed
  • nassim bourouis
  • Niall Jeffrey
  • Nico Hamaus
  • Oliver Hahn
  • Omar Darwish
  • Paul Shapiro
  • Prachi Khatri
  • Rahul Biswas
  • Raul Jimenez
  • Samaya Nissanke
  • sandipan Sengupta
  • Sandrine Codis
  • Santosh Yadav
  • Sebastien Renaux-Petel
  • Sergei Shandarin
  • Shahbaz Ahmed Alvi
  • Shivani Sharma
  • Shouvik Roy Choudhury
  • Stefano Anselmi
  • Stephen Appleby
  • Stephen Feeney
  • Steve Cunnington
  • Subhendra Mohanty
  • Suvodip Mukherjee
  • Sylvie Dagoret-Campagne
  • Tanja Rindler-Daller
  • Tarun Souradeep
  • Tiago Batalha de Castro
  • Yashar Akrami
  • Yashar Hezaveh
  • Yohan Dubois
  • Young-Lo KIM
  • Zahid Zakir
The agenda of this meeting is empty