NASA’s Astronomy Picture of the Day showed a spiral galaxy called IC 5332 in two different views. One view came from the Hubble Space Telescope, and the other came from the James Webb Space Telescope—two space tools that are good at seeing different kinds of light.
Hubble is great at visible light (like what our eyes can see) and also some ultraviolet. Webb is super good at infrared, which is like heat-glow light. Looking at the same galaxy in different light is a bit like using different goggles to notice new details.
In Hubble’s view, dusty parts of the galaxy can look dark, almost like a smudge in the picture. In Webb’s infrared view, some of that dust can glow, and it can become easier to spot places where stars are being born.
By comparing these images, scientists can make better guesses about what the galaxy is made of, where new stars might form, and how galaxies change over time. When you see two pictures that look different, it doesn’t mean one is “wrong”—it can mean each one is showing a different layer of the same amazing place.
Hubble is great at visible light (like what our eyes can see) and also some ultraviolet. Webb is super good at infrared, which is like heat-glow light. Looking at the same galaxy in different light is a bit like using different goggles to notice new details.
In Hubble’s view, dusty parts of the galaxy can look dark, almost like a smudge in the picture. In Webb’s infrared view, some of that dust can glow, and it can become easier to spot places where stars are being born.
By comparing these images, scientists can make better guesses about what the galaxy is made of, where new stars might form, and how galaxies change over time. When you see two pictures that look different, it doesn’t mean one is “wrong”—it can mean each one is showing a different layer of the same amazing place.