Yes, JWST should take the deepest deep-field image ever
Each time we’ve looked at the Universe in a fundamentally new way, we didn’t just see more of what we already knew what was out there. In addition, those novel capabilities allowed the Universe to surprise us, breaking records, revolutionizing our view of what was out there, and teaching us information that we never could have learned without collecting that key data. It’s happened many times before, including: with the invention of the telescope, with the development of astrophotography (astronomical photography), with the birth of multiwavelength astronomy, with the advent of space telescopes, with the technique of deep-field imaging, and with the improvements of larger-aperture, longer-wavelength observatories. We gained, in each instance, a better appreciation for what the Universe was made of as well as what it looked like, and a greater understanding of what objects were present within it, in what numbers, and where they could be found. Here in the 21st century, the Hubble Space Telescope — the flagship telescope of the 20th century — now finds itself alongside an array of brilliant …



