![Highlights from James Webb's first two months of science operations | by Ethan Siegel | Starts With A Bang! | Medium Highlights from James Webb's first two months of science operations | by Ethan Siegel | Starts With A Bang! | Medium](https://miro.medium.com/v2/resize:fit:1400/0*Z_bWFFvkm2IiQeaY.jpg)
Highlights from James Webb's first two months of science operations | by Ethan Siegel | Starts With A Bang! | Medium
![Grant Tremblay on X: "Here's more info on the @NASAWebb field. Can ID only one galaxy at z=0.285, the rest don't have spectroscopic redshifts. Deepest optical image I can find is Pan-STARRS. Grant Tremblay on X: "Here's more info on the @NASAWebb field. Can ID only one galaxy at z=0.285, the rest don't have spectroscopic redshifts. Deepest optical image I can find is Pan-STARRS.](https://pbs.twimg.com/media/FN_MYEfWYAYPC3w.jpg)
Grant Tremblay on X: "Here's more info on the @NASAWebb field. Can ID only one galaxy at z=0.285, the rest don't have spectroscopic redshifts. Deepest optical image I can find is Pan-STARRS.
![Grant Tremblay on X: "Here's more info on the @NASAWebb field. Can ID only one galaxy at z=0.285, the rest don't have spectroscopic redshifts. Deepest optical image I can find is Pan-STARRS. Grant Tremblay on X: "Here's more info on the @NASAWebb field. Can ID only one galaxy at z=0.285, the rest don't have spectroscopic redshifts. Deepest optical image I can find is Pan-STARRS.](https://pbs.twimg.com/media/FN_MXriWYAQoXuw.jpg)
Grant Tremblay on X: "Here's more info on the @NASAWebb field. Can ID only one galaxy at z=0.285, the rest don't have spectroscopic redshifts. Deepest optical image I can find is Pan-STARRS.
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