#theoretical-physics

#theoretical-physics

The concept of a 'mirror' universe could simplify and explain many cosmic mysteries, challenging existing theories in cosmology.

Current observations suggest the universe is simpler and more predictable than theories predicting complexity and chaos.

The vast distances and timing challenges render encounters with extraterrestrial civilizations highly improbable.

Hypothetical domain walls may have formed after the big bang, creating a background of ripples in spacetime and possibly small black holes as dark matter.

Developed framework for calculating stochastic wave vector dark matter signals, enhancing detection understanding.

Steven Weinberg was a distinguished physicist known for his pursuit of understanding the fundamental laws of nature.

Consciousness may operate in hidden dimensions beyond brain activity, according to physicist Michael Pravica.

Kehle and Unger's proofs challenge the previous belief that extremal black holes cannot exist, indicating a potentially richer understanding of black hole physics.

Understanding black holes is awe-inspiring for scientists due to the complex nature and extreme behaviors involved.

Recent discoveries, such as the observation of the oldest black hole and interactions between supermassive black holes, showcase the increasing knowledge in this field.