#theoretical-physics

#theoretical-physics

Wormholes could allow humanity to travel across vast distances in space almost instantaneously.

Dark matter, making up over a quarter of the universe, is a crucial but unseen component influencing celestial motion.

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

The holographic universe theory suggests reality is a two-dimensional projection, providing insights into complex physics concepts and challenges conventional understanding.

Humanity and the universe might exist as part of a holographic projection, prompting reevaluation of physical phenomena.

The multiverse hypothesis posits that there may be countless parallel universes, each with different physical laws and histories.

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

The universe's origins now can be explored scientifically, transforming questions once reserved for philosophy and theology.

Dark energy is believed to dominate the universe and is linked to the accelerated expansion of space.

The quest for a final, unified physics may be an impossible burden on modern physicists.

The observed decay of kaons at CERN may indicate undiscovered particles or forces, suggesting new physics beyond the Standard Model.

Supersymmetry may be losing its prominence in particle physics due to lack of experimental validation.

The end of supersymmetry working groups at CERN highlights a potential shift in focus within the scientific community.

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

Dark energy may be weakening, challenging current theories about the universe's fate.