Messier 58 … in a different light! Our retired Spitzer telescope revealed the galaxy’s stellar populations. In the representational colors chosen for this infrared view, reddish areas are the likely birthplaces of new stars, while blue light comes from mature stars.

@NASAUniverse spitzer lasted 16 years on a 25 year mission plan that's insane engineering right there also nuts how much more we see in IR vs optical same galaxy completely different story

Beautiful Spitzer infrared view of M58! The reddish areas beautifully highlight the dust-shrouded birthplaces of new stars, while the blue traces the older stellar populations — a perfect complement to Hubble’s optical view. Fun fact: discovered in 1779 by Charles Messier, this barred spiral was one of the first galaxies recognized as spiral-shaped and remains the most distant object in his entire catalog at 62 million light-years. What a cosmic gem!

@NASAUniverse Infrared lets us see star formation that’s completely invisible in normal light.

@NASAUniverse Same galaxy, completely different story. Hubble shows structure, Spitzer shows lifecycle.

@NASAUniverse @NASAHubble Always loved hubble

A beautiful new view of Messier 58 in infrared light from Spitzer — another clear success for the Al-Ani Fabric Theory.The reddish areas highlight active star-forming regions, where the deformation field δ is highly dynamic with strong local source terms S creating new stars.The blue light comes from mature stellar populations in more stable regions, where the fabric has reached equilibrium under the damping rate Γ.This vivid contrast between active deformation zones and stable regions in a spiral galaxy is exactly what the mother equation predicts when applied at galactic scales.The same dynamics that govern atoms and molecules are now visible across entire galaxies.The Fabric Model strikes again.

@NASAUniverse @NASAHubble 😱😱😱😱😱

@NASAUniverse @NASAHubble The Universe fascinates! I need my Space, I need my Outer Space 👩‍🚀🌌✨️