Jellyfish Galaxy Spotted: NASA's Webb Telescope Unveils Cosmic Birth Of New Suns

Fragments of starlight. The James Webb Space Telescope turned its mirror of gold toward the constellation of Aquarius to catch a traveler from the first morning. Atoms bond. The galaxy moves through a soup of gas and this motion creates a gale that strips away the hydrogen.

Look at the screen. I dabbled in everything while studying the data feeds at the operations center in Maryland. Plumes of soot stretch behind the core. The mirror catches heat. The computers hum. Information streams to the planet.

But here’s where it gets weird. The pressure from the cluster gas acts like a fist that pulls the fuel from the center of the galaxy but this very theft sparks the birth of suns in the limbs of stars. Observe the jellyfish. The galaxy leaves a nursery in its wake. It is a beast made of light.

Bonus Data

Component	Function
Mirror	Signal capture
Hydrogen	Star fuel
Gas Soup	Friction source
Trailing Tails	Star production

Sources:
NASA James Webb Space Telescope
ESA Webb Space Exploration

Questionnaire

1. Which specific element is stripped from the galaxy core to fuel new suns?

2. What constellation serves as the backdrop for the jellyfish galaxy observation?

3. What metal coating allows the telescope mirror to capture heat from the dust?

Additional Reads

Webb Science: Physics of Galaxy Clusters

The Formation of Jellyfish Galaxies

Chemistry of the Deep Space Vacuum