NASA’s James Webb Space Telescope recently revealed a batch of out-of-this world images.
Webb’s First Deep Field is an infrared image that covers a miniscule patch of sky visible from the Southern hemisphere. The image illustrates the early universe with thousands of shimmering galaxies that help fill the celestial void. It is the highest resolution infrared image of the early universe that has ever existed.
One image shown in the release Monday is a spectrum of exoplanet WASP-96 b. The data that the Webb telescope found from WASP-96 b gives evidence to the existence of water vapor on the gas giant.
Vivienne Baldassare, an assistant professor of physics and astronomy at Washington State University, specializes in black holes in small galaxies and is going to use the Webb Telescope images to help with her research. Baldassare, along with a team of distinguished scientists, was awarded observations to study nearby smaller galaxies and other stellar systems to search for black holes, she said.
“This is my life’s work to try to study this population of black holes in small galaxies,” she said. Astronomy and a lot of different science fields are hugely collaborative efforts, and I love being part of a group that’s working together to try to answer these questions.”
Baldassare is jubilant about being able to further her research, but she said she believes there’s more to these pictures than meets the eye.
“The telescope is an amazing international collaboration. These images belong to all of us,” Baldassare said.