%0 Generic %1 diener2017musewide %A Diener, C. %A Wisotzki, L. %A Schmidt, K. B. %A Herenz, E. C. %A Urrutia, T. %A Garel, T. %A Kerutt, J. %A Saust, R. L. %A Bacon, R. %A Cantalupo, S. %A Contini, T. %A Guiderdoni, B. %A Marino, R. A. %A Richard, J. %A Schaye, J. %A Soucail, G. %A Weilbacher, P. M. %D 2017 %K Lya MUSE clustering signal %T The MUSE-Wide survey: Detection of a clustering signal from Lyman-\alpha-emitters at 3<z<6 %U http://arxiv.org/abs/1707.01109 %X We present a clustering analysis of a sample of 238 Ly$\alpha$-emitters at redshift 3<z<6 from the MUSE-Wide survey. This survey mosaics extragalactic legacy fields with 1h MUSE pointings to detect statistically relevant samples of emission line galaxies. We analysed the first year observations from MUSE-Wide making use of the clustering signal in the line-of-sight direction. This method relies on comparing pair-counts at close redshifts for a fixed transverse distance and thus exploits the full potential of the redshift range covered by our sample. A clear clustering signal with a correlation length of r0 = 2.9(+1.0/-1.1) Mpc (comoving) is detected. Whilst this result is based on only about a quarter of the full survey size, it already shows the immense potential of MUSE for efficiently observing and studying the clustering of Ly$\alpha$-emitters.

@misc{diener2017musewide, abstract = {We present a clustering analysis of a sample of 238 Ly{$\alpha$}-emitters at redshift 3<z<6 from the MUSE-Wide survey. This survey mosaics extragalactic legacy fields with 1h MUSE pointings to detect statistically relevant samples of emission line galaxies. We analysed the first year observations from MUSE-Wide making use of the clustering signal in the line-of-sight direction. This method relies on comparing pair-counts at close redshifts for a fixed transverse distance and thus exploits the full potential of the redshift range covered by our sample. A clear clustering signal with a correlation length of r0 = 2.9(+1.0/-1.1) Mpc (comoving) is detected. Whilst this result is based on only about a quarter of the full survey size, it already shows the immense potential of MUSE for efficiently observing and studying the clustering of Ly{$\alpha$}-emitters.}, added-at = {2017-07-06T10:33:28.000+0200}, author = {Diener, C. and Wisotzki, L. and Schmidt, K. B. and Herenz, E. C. and Urrutia, T. and Garel, T. and Kerutt, J. and Saust, R. L. and Bacon, R. and Cantalupo, S. and Contini, T. and Guiderdoni, B. and Marino, R. A. and Richard, J. and Schaye, J. and Soucail, G. and Weilbacher, P. M.}, biburl = {https://www.bibsonomy.org/bibtex/2ef03fcddd15ce93a52a1b74db5641ba9/miki}, description = {[1707.01109] The MUSE-Wide survey: Detection of a clustering signal from Lyman-{\alpha}-emitters at 3&lt;z&lt;6}, interhash = {8d892bd91a80ee98bb0e80585e69474d}, intrahash = {ef03fcddd15ce93a52a1b74db5641ba9}, keywords = {Lya MUSE clustering signal}, note = {cite arxiv:1707.01109Comment: 7 pages, 6 figure, accepted by MNRAS}, timestamp = {2017-07-06T10:33:28.000+0200}, title = {The MUSE-Wide survey: Detection of a clustering signal from Lyman-{\alpha}-emitters at 3<z<6}, url = {http://arxiv.org/abs/1707.01109}, year = 2017 }