Produced by: Manoj Kumar
Shrouded in mystery, dark energy propels the universe’s expansion, aligning with Einstein’s predictions yet unveiling deeper questions about the cosmos.
Einstein’s theory redefined gravity, shifting it from a force to the curvature of space-time caused by mass and energy—a groundbreaking view that shapes modern astrophysics.
The cosmological constant, once dismissed by Einstein as a mistake, resurfaces as the key to understanding the accelerating expansion of the universe, now attributed to dark energy.
DESI, with its 5,000 robotic eyes at Kitt Peak Observatory, maps galaxies in 3D, providing unprecedented insights into the distribution of matter and the force of dark energy.
Analyzing the redshift of millions of galaxies, DESI decodes the stretching of light caused by cosmic expansion, revealing the universe’s growth over 11 billion years.
Data from DESI supports Einstein’s general relativity on a cosmic scale, verifying its bold predictions and enhancing our confidence in his century-old theories.
Evidence suggests dark energy isn’t static but evolves over time, challenging Einstein’s notion of a constant force and hinting at a dynamic nature affecting cosmic expansion.
Theories propose gravity behaves differently on vast cosmic scales, raising intriguing possibilities about how general relativity applies to the universe’s largest structures.
DESI exemplifies the fusion of 20th-century theories with 21st-century technology, enabling scientists to probe deeper into the universe’s most elusive mysteries.
Even in 2025, Einstein’s vision guides explorations of the universe, as his theories continue to inspire groundbreaking discoveries and illuminate the path forward.