text:   Large-Scale Galaxy Power Spectrum and Bispectrum Monopole",4,"['New paper! Misha Ivanov &amp; I present the first joint full-shape analysis of the galaxy power spectrum and bispectrum using @sdssurveys data.\n\nWe find sigma8 = 0.72+-0.03, H0 = 68.3+-0.8, S8 = 0.75+-0.04, with the bispectrum improving sigma8 by 13%!\n\n<LINK> <LINK>', ""The analysis uses the power spectrum multipoles, the real-space power spectrum extension, the reconstructed power spectrum, and the bispectrum model. For the first time, spectra are measured using *unwindowed* estimators, so the mask doesn't need to be included in the theory!"", 'Our LCDM constraints are mostly consistent with Planck, but we find a slightly low S8, matching weak lensing probes. We also get strong constraints on galaxy bias parameters! https://t.co/LZ2AnQ1Ikt', 'All the data products are publicly available (https://t.co/NHYkXag5rx) and the pipeline can be easily reapplied to @desisurvey and @ESA_Euclid data.\n\nComing soon: bispectrum multipoles, neutrino masses, primordial non-Gaussianity...']",21,12,934