
Explore a groundbreaking proposal for Fuzzy Dark Matter, inspired by Schrodinger's work, and examine potential evidence supporting this ultra-light dark matter scenario.

Explore a groundbreaking proposal for Fuzzy Dark Matter, inspired by Schrodinger's work, and examine potential evidence supporting this ultra-light dark matter scenario.

Explore neutrino oscillations, mass origins, and their connection to dark matter and flavor problems in particle physics.

Explore the computational simulation of the universe's earliest moments, uncovering insights into cosmic origins and evolution.

Explore FIMP dark matter production, challenges in detection, and solutions involving matter-dominated epochs and low reheating temperatures. Discover implications for direct detection and freeze-out transitions.

Explore non-perturbative quantum field theory phenomena in particle physics, focusing on sphalerons and instantons, their role in baryon number violation, and implications for cosmology and magnetic monopoles.

Explore the 1/c expansion of general relativity, Newton-Cartan gravity, and non-relativistic gravity's applications in quantum mechanics and fluid dynamics.

Explore Green functions in black hole spacetimes, examining wave propagation, self-force, stability, and quantum properties. Gain insights into crucial mathematical and physical concepts.

Explore string theory's insights into dark energy, quantum gravity, and coupled dark sectors, with potential observable consequences.

Explore the current state of High-Energy Physics, examining past theories, ongoing research, and future prospects in the search for new phenomena.

Explore covariant Loop Quantum Gravity dynamics and its applications to cosmology, including primordial correlations, entanglement entropy, and singularity resolution in the quantum gravitational framework.

Explore gravitational wave signals from cosmic strings and their detection prospects with upcoming experiments and recent pulsar timing array data.

Explore the origins of supermassive black holes, their potential primordial nature, and challenges in explaining their existence through early universe models and observational constraints.

Explore gravitational waves as a probe of the early Universe, covering search status, stochastic background evidence, data analysis challenges, and new high-frequency detection ideas.

Explore cutting-edge physics research through student presentations on Hamiltonian Monte Carlo simulations, fundamental constants, and more.

Explore gravitational-wave astronomy and its implications for testing General Relativity, focusing on waveform predictions, higher curvature corrections, and numerical simulations in effective field theories of gravity.

Explore new developments in asymptotically leaky boundaries, focusing on recent research and ongoing work in Carrollian physics and holography.

Explore quantum gravity's constraints on effective field theories, focusing on the absence of global symmetries in consistent theories.

Explore the fascinating world of siderophile elements and their crucial role in geochemistry, with insights from Dr. Richard J. Walker's research.

Explore Saturn's moon Enceladus, its subsurface ocean, and the potential for life. Learn about strategies to search for evidence of life in the plume ejected from this fascinating astrobiology target.

Discover Mars' geology through Perseverance rover's Mastcam-Z observations in Jezero crater. Explore ancient lake habitability, sample collection, and implications for Mars' history.