30 June 2003 CLICK HERE TO START Table of Contents The 2dF Galaxy Redshift Survey The 2dFGRS team Effective sizes of z-surveys The 2dF facility 2dF on the AAT - side view 2dF on the AAT - top view Focal plane and fibre positioner The APM Galaxy Survey 2dFGRS survey design Survey magnitude limit mask Redshifts Final status of survey observations Sky coverage and N(z) Completeness mask Completeness Cone diagram: 3-degree slice Fine detail: 2-deg NGP slices (1-deg steps) Structure + cosmology highlights Power spectrum comparison The CDM power spectrum Effect of baryons on P(k) The galaxy power spectrum Fits to the power spectrum The shape parameter and the baryon fraction - I The shape parameter and the baryon fraction - II Redshift-space distortions Redshift-space correlation function Measuring bias I. - 2dFGRS + CMB Measuring bias II. - The bispectrum Cosmology from 2dFGRS + CMB 2dFGRS+CMB fits - flat cosmology 2dFGRS+CMB fits - general The CMB power spectrum Comparison to WMAP Constraints on the neutrino mass The dark energy equation of state Galaxy luminosity function LF comparisons - I LF comparisons - II Bivariate brightness distribution NIR luminosity function and stellar mass function Correlation function in redshift space Variation of clustering/bias with luminosity Spectral classification by PCA Luminosity functions by spectral type Colours and spectral types Distribution of non-star-forming galaxies Distribution of star-forming galaxies Power spectrum & galaxy type - I Power spectrum & galaxy type - II Power spectrum & galaxy type - III Redshift-space distortions and galaxy type Spectral types in clusters Luminosity function of cluster galaxies LF variation with cluster properties LFs for different spectral types Field vs cluster LFs by type Trends with spectral type Closed box model A better model? SFR vs environment in clusters Star-formation history Groups and clusters The 2dF Galaxy Redshift Survey
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