First MCMC constraints on LSS bootstrap parameters yield ~7% precision on linear growth modifications and ~57% on quadratic kernel modifications from BOSS data, improving to 1% and 25% with larger simulations.
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EoR-tailored marked statistics applied to semi-numerical 21-cm simulations capture additional non-Gaussian information and improve Fisher-matrix constraints on reionization parameters over the standard power spectrum.
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Probing nonlinear structure formation beyond $\Lambda$CDM with the LSS bootstrap: a joint power spectrum and bispectrum analysis
First MCMC constraints on LSS bootstrap parameters yield ~7% precision on linear growth modifications and ~57% on quadratic kernel modifications from BOSS data, improving to 1% and 25% with larger simulations.
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Probing Reionization up to the Mark: The Marked Power Spectrum to unveil the HI 21-cm signal from the EoR
EoR-tailored marked statistics applied to semi-numerical 21-cm simulations capture additional non-Gaussian information and improve Fisher-matrix constraints on reionization parameters over the standard power spectrum.