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Explore gravitational waves from oscillating scalar fields, examining their potential as dark matter and beyond. Gain insights into cosmic signals and new developments in theoretical physics.
Explore techniques for reconstructing primordial dark matter velocity distribution using cosmological imprints. Gain insights into dark matter physics and its impact on cosmic observables across various epochs and scales.
Explore the origins of dark matter in the matter power spectrum, examining its impact on cosmic structures and discussing new developments in theory, simulations, and observational capabilities.
Explore cosmic probes of dark matter and the dark sector, examining observational evidence, theoretical developments, and new opportunities for discovery in astrophysics and cosmology.
Explore fast, differentiable Big Bang Nucleosynthesis techniques for dark matter research. Learn about innovative approaches to cosmic observables and their implications for physics beyond the Standard Model.
Explore the effects of reionization on dwarf galaxies' stellar-mass-halo-mass relation, examining dark matter physics through astrophysical and cosmological observations.
Exploring dark matter halos through atomic analogies: innovative approach to understanding cosmic structures and their implications for dark matter physics and cosmology.
Exploring methods to investigate angular dependence of dark matter self-interactions, focusing on astrophysical and cosmological probes to uncover the nature of dark matter beyond the Standard Model.
Explores multi-wavelength constraints on dark matter at halo scales, synthesizing theoretical, computational, and observational efforts to extract dark matter physics from cosmic observables.
Exploring galaxy formation in alternative dark matter models using AIDA simulations, examining cosmic observables to constrain dark matter physics and expand our understanding of the universe.
Explore how Galactic halos can constrain dark matter's nature. Discover new insights from cosmological simulations and large surveys in this cutting-edge astrophysics talk by Azi Fattahi.
Explore cutting-edge cosmological simulations and their role in testing dark matter theories, focusing on the interplay between dark matter and baryonic physics across cosmic scales.
Explore cosmic shadows and structures through CMB observations of DESI galaxies. Gain insights into dark matter physics and its impact on large-scale cosmic structures.
Explore dark matter substructure through gravitational strong lensing in quad systems. Discover new insights into cosmic dark matter physics and its impact on astrophysical observations.
Explore how strong gravitational lenses can reveal physics beyond Cold Dark Matter, offering insights into the nature of dark matter and its impact on cosmic structures.
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