Sun's Galactic Escape: From Core to a Life-Friendly Orbit

TL;DR Summary
Researchers using Gaia data analyzed nearly two million stars and found 6,594 Sun-like stars around 4–6 billion years old, suggesting the Sun migrated from the Milky Way's inner regions to its current calmer orbit about 26,000–28,000 light-years from the center; the move likely occurred as the galaxy's central bar formed and accelerated stellar birth, moving many stars outward, which would have given Earth a more benign environment for life to emerge and evolve; studying solar twins helps reconstruct the solar system's early history.
- Our Sun Was Born in a Hellish Part of the Milky Way. New Research Explains How It Escaped Gizmodo
- We are not alone: Our sun escaped together with stellar 'twins' from galaxy center Phys.org
- The sun and thousands of its twins migrated across the Milky Way just in time Scientific American
- 'Mass migration' of stars from the Milky Way's center could explain why there's life in our solar system Live Science
- The Sun’s galactic migration may have made life on Earth possible Astronomy Magazine
Reading Insights
Total Reads
0
Unique Readers
2
Time Saved
2 min
vs 3 min read
Condensed
85%
541 → 83 words
Want the full story? Read the original article
Read on Gizmodo