#dark-energy

#dark-energy

Galaxies can merge and collide despite the Universe's accelerating expansion due to the influence of local gravitational forces.

Dark matter and energy's mysteries may be addressed by revisiting Einstein's teleparallel gravity theory instead of introducing new concepts.

Dark energy may evolve over time, challenging current cosmological models and potentially leading to a stable universe or Big Crunch.

The Universe's accelerating expansion due to dark energy may lead to a future where galaxies drift beyond our observable horizon, ultimately resulting in cosmic isolation.

Dark energy, previously thought constant, is weakening, influencing potential universe collapse over billions of years.

The Hubble tension challenges the standard model of cosmology, suggesting potential fundamental issues with our understanding of the universe's expansion.

Dark energy may have weakened over billions of years, indicating a change in cosmic expansion dynamics.

The Universe is made up of 5% normal matter and 95% dark matter and dark energy, which remain largely undetected.

The James Webb Space Telescope provides stunning images of the universe, revealing mysteries like dark energy, dark matter, and black holes.

Studying dark matter and dark energy through their effects on the universe is crucial for understanding the hidden components of the cosmos.

Tiny wormholes could drive the accelerating expansion of the universe, offering a new candidate for dark energy.