The JWST just identified a supernova from only 730 million years after the Big Bang
Phys.org • 12/10/2025 • Last cited 12/14/2025
Summary
The James Webb Space Telescope (JWST) has identified a supernova from a galaxy that existed when the universe was approximately 730 million years old, which is linked to a gamma-ray burst detected in March 2025, according to Phys.org. This discovery highlights the telescope's unexpected capabilities beyond its main science themes.
Lindy Score Breakdown
35
Age (0-35)
36 days
4
Velocity (0-40)
1 source (low traction)
6
Tier (0-10)
Phys.org
0
Breadth (0-15)
1 unique
Total Score45/100
Related Story Timeline
- 2025-11-06The JWST puts Io's volcanic nature in the spotlight (Phys.org)
- 2025-12-02Alaknanda: JWST discovers massive grand-design spiral galaxy from the universe's infancy (Phys.org)
- 2025-12-09It's the JWST's turn to look for an intermediate mass black hole (Phys.org)
- 2025-12-10The JWST just identified a supernova from only 730 million years after the Big Bang (current)
- 2025-12-11The monster hiding in plain sight: JWST reveals cosmic shapeshifter in the early universe (Phys.org)
Score BreakdownRisk 50
Source Reputation: Low-trust source (6/20 pts)
Consensus: Single source - no independent confirmation yet
Age: 36 days - proven survivor
Stories gain Lindy status through source reputation, network consensus, and time survival.
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