Joint WMAP9 and Planck PR2 CMB Temperature Products
Planck PR2 + WMAP9 Map reconstruction using LGMCA [1;2;3].
- PNG file.
- WMAP 9 years + PR2 CMB map estimated by LGMCA at 5 arcmin resolution (units muK).
- WMAP 9 years + PR2 Half difference of half ring maps (noise estimate) estimated by LGMCA at 5 arcmin resolution (units muK)
Software available soon.
Joint WMAP9 and Planck PR1 CMB Temperature Products
Planck + WMAP9 Map reconstruction using LGMCA.
- PNG file.
- WMAP 9 years + PR1 CMB map estimated by LGMCA at 5 arcmin resolution (units muK).
- WMAP 9 years + PR1 Half difference of half ring maps (noise estimate) estimated by LGMCA at 5 arcmin resolution (units muK).
- WMAP 9 years + PR1 RMS map (units muK).
LGMCA Software
Planck PR1 CMB Temperature Products
Planck CMB Map Reconstruction using LGMCA.
- PR1 CMB map estimated by LGMCA at 5 arcmin resolution (units muK).
- PR1 Half difference of half ring maps (noise estimate) estimated by LGMCA at 5 arcmin resolution (units muK).
LGMCA Software
WMAP9 CMB Temperature Products
LGMCA estimates of the CMB map and power spectrum from WMAP 9 years data:
- WMAP 9 years CMB map estimated by LGMCA at 1 degree resolution(units mK).
- WMAP 9 years CMB map estimated by LGMCA at 15 arcmin resolution(units mK).
- WMAP 9 years CMB power spectrum estimated from the LGMCA map (units muK^2).
- WMAP 9 years CMB binned power spectrum estimated from the LGMCA map(units muK^2).
LGMCA Software
WMAP9 point source free products
- SPSR point sources free WMAP 9-yr K channel (units mK).
- SPSR point sources free WMAP 9-yr Ka channel (units mK).
- SPSR point sources free WMAP 9-yr Q channel (units mK).
- SPSR point sources free WMAP 9-yr V channel (units mK).
- SPSR point sources free WMAP 9-yr W channel (units mK).
SPSR Software
CMB anomalies
Products relating to masking and the integrated Sachs-Wolfe effect [4;5;6]:
Kinetic Doppler products
CMB and LSS products
- Inpainted TOH (units muK).
- Inpainted WMAP3 (units muK).
- Inpainted WMAP5 (units muK).
- Inpainted Delabrouille-WMAP5 (units muK).
- Inpainted WMAP7 (units muK).
- Inpainted WMAP9 (units muK).
- Inpainted (using nside=64) 2MASS (unitless), used in paper 2 and 3.
- Inpainted (using nside=64) NVSS (unitless), used in paper 2 and 3.
- Inpainted (using nside=512) 2MASS (unitless), used in paper 1.
- Inpainted (using nside=512) NVSS (unitless), used in paper 1.
- Inpainted PR1-Commander (units muK).
- Inpainted PR1-NILC (units muK).
- Inpainted PR1-SEVEM (units muK).
- Inpainted PR1-SMICA (units muK).
- Inpainted PR1-GMCA (units muK).
- Inpainted WMAP9-PR1-GMCA (units muK).
2MASS ISW products
- ISW map estimation from 2MASS and TOH (units muK).
- ISW map estimation from 2MASS and WMAP3 (units muK).
- ISW map estimation from 2MASS and WMAP5 (units muK).
- ISW map estimation from 2MASS and Delabrouille-WMAP5 (units muK).
- ISW map estimation from 2MASS and WMAP7 (units muK).
- ISW map estimation from 2MASS and WMAP9 (units muK).
- ISW map estimation from 2MASS and PR1-Commander (units muK).
- ISW map estimation from 2MASS and PR1-NILC (units muK).
- ISW map estimation from 2MASS and PR1-SEVEM (units muK).
- ISW map estimation from 2MASS and PR1-SMICA (units muK).
- ISW map estimation from 2MASS and PR1-GMCA (units muK).
- ISW map estimation from 2MASS and WMAP9-PR1-GMCA (units muK).
NVSS ISW products
- ISW map estimation from NVSS and TOH (units muK).
- ISW map estimation from NVSS and WMAP3 (units muK).
- ISW map estimation from NVSS and WMAP5 (units muK).
- ISW map estimation from NVSS and Delabrouille-WMAP5 (units muK).
- ISW map estimation from NVSS and WMAP7 (units muK).
- ISW map estimation from NVSS and WMAP9 (units muK).
- ISW map estimation from NVSS and PR1-Commander (units muK).
- ISW map estimation from NVSS and PR1-NILC (units muK).
- ISW map estimation from NVSS and PR1-SEVEM (units muK).
- ISW map estimation from NVSS and PR1-SMICA (units muK).
- ISW map estimation from NVSS and PR1-GMCA (units muK).
- ISW map estimation from NVSS and WMAP9-PR1-GMCA (units muK).
Statistics products
- The inpainting routine "cmb_lowl_alm_inpainting.pro" is included in the iSAP package.
- Fortran routine to calculate the octopole planarity anomaly probability.
- Fortran routine to calculate the l2-l3 anomaly probability.
- Fortran routine to calculate the axis of evil anomaly probability.
- Fortran routine to calculate the parity anomaly probability.
- an IDL version, "stat_anomalies.pro", of the above Fortran codes is included in the iSAP package.
kSZ product