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LiteBIRD France day
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Europe/Paris
Amphitheatre Pierre Gilles de Gennes (Sous-Sol du Batiment Condorcet A)
Amphitheatre Pierre Gilles de Gennes
Sous-Sol du Batiment Condorcet A
APC, 10, rue Alice Domon et Léonie Duquet
75013 Paris
Description
We organise a full day meeting open to everyone to present the science goals and the details of the LiteBIRD mission.
LiteBIRD is a next-generation cosmic microwave background satellite mission, which has been down-selected by JAXA as its Strategic Large Mission scheduled for launch in 2033.
LiteBIRD will deliver unrivalled data on the polarized CMB anisotropies on intermediate and large angular scales providing unique access to rich, potentially revolutionary science both alone, and in combination with planned sub-orbital CMB experiments. For years to come this will permit LiteBIRD to lead the way in studies of the physics of the very early Universe, extending further the field of observational cosmology, and producing a data set of unique legacy. LiteBIRD will furthermore enable a broad range of ancillary science covering a frequency range in polarization with sensitivity at large scales more than 50 times better than Planck.
LiteBIRD will consist of 4700 multichroic TES detectors, observing in 15 frequency bands from 34 GHz to 448 GHz with resolutions ranging from 70’ to 10’ targeting the large scale millimeter sky. Its design includes three telescopes with polarization modulation in order to mitigate systematic effects. LiteBIRD will have the capacity to detect a signature of primordial gravitational waves with an amplitude relative to that of density perturbations as low as r = 0.001 when accounting for systematics, foreground residuals and noise. With a leading phase-A-level support from CNES, the French team has become a major player on the European and global project level.
LiteBIRD will consist of 4700 multichroic TES detectors, observing in 15 frequency bands from 34 GHz to 448 GHz with resolutions ranging from 70’ to 10’ targeting the large scale millimeter sky. Its design includes three telescopes with polarization modulation in order to mitigate systematic effects. LiteBIRD will have the capacity to detect a signature of primordial gravitational waves with an amplitude relative to that of density perturbations as low as r = 0.001 when accounting for systematics, foreground residuals and noise. With a leading phase-A-level support from CNES, the French team has become a major player on the European and global project level.
In this context the LiteBIRD-France team would like to propose a day-long informational meeting about the project, its science objectives and the current status.
The meeting will take place in Paris at the APC Laboratory on May 13th. A remote connection will also be available. We invite all the members of the scientific community to attend however for the logistical reasons we ask that you register if you plan to participate either in person or remotely.
We hope to see many of you in May in Paris !
A remote connection will be accessible at this zoom link.
Recordings of the entire sessions are accessible at this link.
Inscription
LiteBIRD day register
Participants
Adélie Gorce
Alain Coulais
Alessia Ritacco
Amalia Villarrubia
Andrea Catalano
Anthony Banday
Arianna Rizzieri
Baptiste MOT
Bartjan van Tent
Benjamin Beringue
Binh Nguyen
Bruno Maffei
Bérénice DERAI
CARRON Jérôme
Emile Carinos
Eric Hivon
Erwan ALLYS
Federica Solito
Francois Boulanger
François Bouchet
François Levrier
Gabriel Jung
Gilles Weymann-Despres
Guidi Federica
Hoang Viet Tran
Hugo Holland
Iman Motie
Isabelle Ristorcelli
Jacques Delabrouille
Jean-Baptiste Melin
JOHANN COHEN-TANUGI
Jonathan Aumont
jonathan braine
Josquin Errard
Julien Grain
Ken Ganga
Laura Salvati
Lisa McBride
Louise Mousset
Magdy Morshed
Marian Douspis
Marina Ricci
Mathias Regnier
Matthieu Tristram
Michel Piat
Michele Citran
Nicolas Ponthieu
Norma G. SANCHEZ
Olivier La Marle
Patrick Castillan
Paul Tagnon
Pierre Masson
Radek Stompor
sabrina coudry
Simon BIQUARD
Sofia Savorgnano
Sophie Henrot-Versille
Sotiris Loucatos
Stéphane ILIC
Van Tuan Bui
Xavier Coulon
