#dark-matter

#dark-matter

A new theory suggests the universe began through multiple rapid bursts of energy rather than a single Big Bang explosion.

Dark matter and dark energy are essential components to explain discrepancies between observations and traditional cosmic models.

Theories and observations must align to deepen our understanding of the Universe, especially concerning dark matter and dark energy.

Astronomers are challenged by observations that suggest the universe operates under principles not fully explained by current physics.

The Perseus cluster may not be as stable as previously thought, indicating signs of a significant merger through new dark matter evidence.

The Euclid telescope will map one-third of the sky, aiming to deepen our understanding of dark energy and dark matter.

Primordial black holes could explain dark matter and may influence the solar system's planets by causing measurable wobbles.

The Euclid mission is creating the largest and highest resolution 3D map of the universe to study dark energy and dark matter.

Supermassive black holes merge by overcoming the final parsec problem, possibly aided by dark matter affecting angular momentum.

The universe may contain microscopic black holes that could help explain the dark matter mystery through their gravitational effects on planetary orbits.

New research suggests that dark matter could be lighter than previously thought, potentially explaining phenomena in the Milky Way's Central Molecular Zone.

Dark matter exploration encompasses various candidates, detection methods, and theoretical extensions such as ALP and U(1)X models.

Neutrino oscillation discoveries necessitate physics beyond the Standard Model, highlighting scenarios involving right-handed neutrinos as dark matter candidates.

The study explores a minimal extension of the Standard Model to explain dark matter and neutrino oscillations using ALP-mediated right-handed neutrinos.

The study analyzes various dark matter models, focusing on the constraints of the U(1)X extension of the Standard Model.

Dark Matter is an immersive art exhibition exploring darkness and the human psyche, inspired by nightmares.

The exhibit uses advanced technology and various art forms to create a unique sensory experience.

Minnesota Street Project partners with San Francisco Art Week for 2025, showcasing works from The Space Program alumni in the exhibition 'Dark Matter.'

A new holistic approach captures dark matter signals more effectively by accounting for stochasticity.

Using a three-peak strategy improves analysis by providing a comprehensive signal view.

The research focuses on stochastic wave vector dark matter signals and their statistical treatment.

The James Webb Space Telescope is revolutionizing our understanding of the Universe while also raising new questions about its fundamental mysteries.

Dark matter, dark energy, and cosmic inflation are supported by evidence, in contrast to other speculative theories.

The ESA's Euclid mission provides unprecedented high-resolution sky maps crucial for studying dark energy and dark matter.

Euclid space telescope creating a map to understand dark matter and dark energy.

Mercer Labs presents 'Dark Matter,' an immersive art experience leading visitors through a sensory journey of fear and fantasy.

Dark Matter is an immersive exhibition that explores themes of darkness and the unknown in art, ideal for Halloween experiences.

Berlin's night will be illuminated by the art installation 'FLOW' by Christopher Bauder, creating an immersive experience through lights and sound at DARK MATTER during the SOMMERLIGHTS 2024 festival.