Cosmology Cosmology Where are we CMB P Natoli
Cosmology
Cosmology Where are we ?
CMB P. Natoli 2009 Planck
Intensive robustness tests (M. Lejeune) Available on line : http: //pla. esac. esa. int/pla/aio/planck. Products. html u u Impressive power for Cosmology
BASE LCDM MODEL (Planck + lensing+WP + HL) PLANCK promised us precision cosmology… (1993)
BASE LCDM MODEL (Planck + lensing+WP + HL) P. Natoli Parameter Value (68%) Wbh 2 0. 02218± 0. 00026 W c h 2 0. 1186± 0. 0022 100 q* (acoustic scale at recombination) 1. 04144± 0. 00061 (~ 500 parts per million accuracy) t 0. 090± 0. 014 (WMAP “seeded”) ln(1010 As) 3. 087± 0. 024 ns 0. 9614± 0. 0063 (<1 at > 5 s) H 0 67. 9± 1. 0 WL 0. 693± 0. 013 s 8 0. 8233± 0. 097 zre 11. 1± 1. 1
Intensive robustness tests (M. Lejeune) Available on line : http: //pla. esac. esa. int/pla/aio/planck. Products. html u u Impressive power for Cosmology (remember cosmology in 1993…)
More than primary Cl… • Cl -> structures @ z ~ 1000 • Lensing detected ~ 25 σ (after ACT) • Lensing -> structures @ z ~ 2 (consistent with predictions of ∧CDM…) A. Benoît-Levy
More CMB than with Planck…
More CMB than with Planck… • • • Cl @ l < 9000 Fist lensing detection SZ Clusters M. Niemack
More than CMB, with Planck…
More than CMB… M. Lopez-Caniego Esquisite full sky mm & sub-mm survey with more than 25 000 sources
More than CMB… New class of objects at high redshift L. Montier
More than CMB… Tension between CMB and clusters in Planck
More than CMB… B. Kirk Optical data to calibrate the Y-M for clusters @ SALT
CMB A Window on the early universe Constraining Inflation - running… - r -> B-modes J. Martin
Physical Models Observables Single Field slow-roll Single Field with Features (ie non slow-roll) Single Field with noncanonical kinetic terms Multi field Scalar power spectrum … Entropic & adiabatic perturbations … Gravity waves … Non-Gaussianities … J. Martin
ASPIC evidence: good models theory. physics. unige. ch/~ringeval/aspic. html
The landscape beyond single field inflation… Physically motivated models can pass present day constraints: - Non linear sigma model (S. Koh) - Heavy field (M. Yamaguchi) Power spectrum. Isocurvature contribution. Non Gaussiannity
Testing Inflation after the Planck era
Testing Inflation after the Planck era Sequence is right…
Testing Inflation after the Planck era Sequence is right… Will be painful…
Primordial non-gaussianity Most inflationary models predict small but model dependent deviations from Gaussianity M. Liguori
Primordial non-gaussianity
Testing anisotropy Y. Fantaye
Testing anisotropy D. Witlshire
Using voids… R. Triay … as rulers.
What is anisotropies play a dynamical role? D. Witlshire, J. Ostrowski
Testing Inflation after the Planck era Hunting B-modes…
And the winners are … HI KMIII J. Martin
And the winners are … J. Martin
Hunting B-modes… M. Lopes-Caniego
Hunting B-modes… M. -A. Bigot-Sazy
Hunting B-modes… H. Nguyen
Hunting B-modes… H. Nguyen
BICEP 1, 2, 3, Keck-Array r = 0. 01 is the big game…
Conforting the standard model (∧CDM) Evidencing Dark matter
Evidencing dark matter Accelerator searches Direct detection Indirect detection
Evidencing Dark matter P. Tinyakov
Evidencing Dark matter F. Cafagna
Evidencing Dark matter F. Cafagna
Evidencing Dark matter F. Cafagna
Evidencing Dark matter AMS: Cosmic rays W. Gillard
Evidencing Dark matter DM particle in the room… B. Serfass
Evidencing Dark matter B. Serfass
Evidencing Dark matter LHC N. Kanaya
Evidencing Dark matter LHC No signal yet… N. Kanaya
Dark matter: entering into the controversies… You do not find dark matter because there is dark matter… M. Milgrom, B. Famey, L. Blanchet Debate …
Dark energy: before entering into the controversies… We are all living in an accelerated universe… There is no observational reason to go beyond ∧
Dark energy M. Betoule
Dark energy: galaxy surveys M. Betoule
Dark energy: redshift surveys Boss I, III, DESI… S. Bailey
Dark energy: redshift surveys Boss I, III, DESI… S. Bailey
Dark energy: redshift surveys Boss I, III, DESI… S. Belay
Dark energy: Lα clouds with BOSS @ z ~ 2. 3 G. Rossi
Dark energy: the LSST perspective F. Villa
Dark energy: the LSST perspective F. Villa
Dark energy: the LSST perspective F. Villa
Dark energy: the SKA perspective C. Cress
Dark energy: the SKA perspective C. Cress
Dark energy: entering into the controversies… (weak) R. Triay
Dark energy: Nature & Controversies Quantum vacuum ? A. Blanchard Quintesssence ? Modified gravity ? C. Cress Small scale inhomogeneities ? D. Whitshire J. Ostrowski LTB ?
Conclusion We are waiting for the next conference in Qui Nhon to monitor progresses
Conclusion We are waiting for the next conference in Qui Nhon to monitor progresses Thanks to the organisers and specially to Jean Trân Thanh Vân
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