.:. Browse > List by authors > Blanchard .:.

9 documents ordered by : Date Title first author name document type Submit date

Can Dark Energy emerge from quantum effects in compact extra dimension ? Dupays A., Lamine B., Blanchard A. [hal-00771476 - version 2] (17/05/2013)

Can Dark Energy emerge from quantum effects in compact extra dimension ? Dupays A., Lamine B., Blanchard A. [hal-00771476 - version 1] (08/01/2013)

Life on arginine for Mycoplasma hominis: clues from its minimal genome and comparison with other human urogenital mycoplasmas. Pereyre S., Sirand-Pugnet P., Beven L., Charron A., Renaudin H., Barré A., Avenaud P., Jacob D., Couloux A., Barbe V. et al PLoS Genetics 5, 10 (2009) e1000677 [hal-00645937 - version 1]

The evolution of clusters in the CLEF cosmological simulation: X-ray structural and scaling properties Kay S. T., da Silva A. C., Aghanim N., Blanchard A., Liddle A. R., Puget J.-L., Sadat R., Thomas P. A. Monthly Notices of the Royal Astronomical Society 377 (2007) 317-334 [hal-00287211 - version 1]

What can be learned about dark energy evolution? Douspis M., Zolnierowski Y., Blanchard A., Riazuelo A. [hal-00019488 - version 3] (2008-05-26)

What can we learn about dark energy evolution? Douspis M., Zolnierowski Y., Blanchard A., Riazuelo A. [hal-00019488 - version 2] (2006-03-31)

What can we learn about dark energy evolution? Douspis M., Zolnierowski Y., Blanchard A., Riazuelo A. [hal-00019488 - version 1] (2006-02-22)

Cosmological Interpretation from High Redshift Clusters Observed Within the XMM-Newton $\Omega$-Project Blanchard A. [hal-00004228 - version 1] (10/02/2005)

$XMM-Newton$ $\Omega$ project: III. Gas mass fraction shape in high redshift clusters Sadat R., Blanchard A., Vauclair S. C., Lumb D. H., Bartlett J., Romer A.K., Bernard J.-P., Boer M., Marty P., Nevalainen J. et al Astronomy and Astrophysics 437 (2005) 31-38 [hal-00004520 - version 1]

Evidence for new physics from clusters ? Blanchard A., Douspis M. Astronomy and Astrophysics 436 (2005) 411B [hal-00001615 - version 2]

Evidence for a new dark matter component in the Universe ? Blanchard A., Douspis M. [hal-00001615 - version 1] (2004-05-25)

An alternative to the cosmological 'concordance model' Blanchard A., Douspis M., Rowan-Robinson M., Sarkar S. [hal-00000305 - version 1] (13/04/2003)

Cosmological implications from the observed properties of CMB. Blanchard A., Bartlett J.G., Douspis M. Comptes Rendus Physique 4 (2003) 909 [hal-00001132 - version 1]

An alternative to the cosmological 'concordance model' Blanchard A., Douspis M., Rowan-Robinson M., Sarkar S. Astronomy and Astrophysics 412 (2003) 35 [hal-00000305 - version 2]