
Explore fluid dynamics of Earth's core and planetary bodies with UCLA geophysicist Jon Aurnou. Visit the Spin Lab for fascinating demonstrations and insights into cutting-edge research techniques.

Exploring the necessity of expanding beyond Cold Dark Matter theory in cosmology, examining current evidence and potential alternatives for a more comprehensive understanding of the universe.

Explore how galaxies interact with their large-scale cosmic environment in this insightful talk by Biswajit Pandey, delving into the fascinating relationship between galactic structures and the universe.

Explore constrained simulations to understand galaxy-halo connections, enhancing our knowledge of cosmic structure formation and the relationship between dark matter and visible galaxies.

Explore neural networks for spin alignments and large-scale structure reconstructions in cosmology, advancing our understanding of the Universe's structure and evolution.

Explore the distribution of cold gas in the local universe, examining its role in cosmic structure formation and galaxy evolution through advanced cosmological surveys and data analysis techniques.

Explore galaxy peculiar velocity surveys and their impact on cosmology and cosmography. Learn about cutting-edge techniques for mapping large-scale structures and understanding the Universe's evolution.

Explore galaxy cluster stacking techniques and their applications in cosmological research, focusing on advanced data analysis methods for large-scale structure studies.

Explore the tension between different measurements of the Hubble constant and its implications for cosmology in this insightful talk by Hector Gil Marin.

Explore the latest weak lensing cosmology findings from HSC Year 3 data, presented by Hironao Miyatake. Gain insights into large-scale structure and precision cosmology advancements.

Explore galaxy cluster studies using large cosmological surveys, focusing on cutting-edge research techniques and data analysis methods for understanding cosmic structures.

Explore Bayesian field-level inference techniques for weak lensing data analysis in cosmology. Learn advanced methods to extract valuable information from large-scale structure surveys.

Explores optimal transport reconstruction and peaks theory in energy, focusing on advanced techniques in cosmological data analysis for large-scale structure surveys and precision cosmology.

Explore advanced statistical techniques for analyzing cosmological clustering data using k-Nearest Neighbor methods, enhancing understanding of large-scale structure in the Universe.

Explore the intriguing effects of galaxy lensing on gravitational wave signals, delving into the phenomenon of micro-lensing and its implications for astrophysical observations.

Explore weak lensing techniques without shape noise in cosmological surveys. Learn advanced methods for analyzing large-scale structure data and improving precision in cosmological measurements.

Explore galaxy formation during cosmic reionization and its impact on large-scale structures. Gain insights into early universe dynamics and the evolution of cosmic structures.

Explore dark matter halos and their role in cosmic structure formation. Learn about cutting-edge research in cosmology and large-scale surveys shaping our understanding of the Universe.

Explore cosmological HI intensity mapping with HIRAX, a cutting-edge technique for studying large-scale structures in the Universe and advancing our understanding of cosmic evolution and dark energy.

Explore how stellar streams can reveal the dark matter distribution in our galaxy, offering insights into the Milky Way's structure and evolution.

Explore advanced cosmology techniques using CMB data beyond traditional power spectrum analysis, uncovering new insights into the early universe and large-scale structures.