A new generation of space telescopes, like the Euclid telescope, is uncovering thousands of hidden dwarf galaxies that hold clues to the universe's formation.
Dwarf galaxies, the most common galaxies, are small, faint, and crucial in understanding the universe's evolution.
These galaxies vary in types, from those forming stars (late-type) to those that stopped (early-type), and are distinguished by the presence of dark matter.
Environmental factors like gravity and gas pressure influence the shapes and behavior of dwarf galaxies.
Euclid telescope's advancements in imaging technology allow for the detection of faint dwarf galaxies hidden in deep space.
Euclid has identified thousands of dwarf galaxies with unique features that help refine cosmological models.
Studying dwarf galaxies provides insights into dark matter's role in galaxy formation and evolution.
Euclid's ability to map galaxies and study dark energy contributes to understanding the universe's expansion.
The Euclid mission aims to discover millions of new dwarf galaxies, shedding light on cosmic mysteries and rewriting the understanding of galaxy formation.
Over 2,000 scientists globally are collaborating to analyze Euclid's data, unveiling new insights into the cosmos.