I work as a graduate SW engineer at Andor, which produced the SCMOS camera they used to capture the images (https://andor.oxinst.com/balor-scmos).
Quite a nice surprise to see during my morning commute! Everyone here is extremely pleased to see how the images turned out. Very impressive work from DKIST
You'd have to ask a solar physicist about those solar structures I'm afraid or an optical expert about the image properties, I just work with camera software. If you haven't already you can download their press release which goes into a bit more detail than the main article [1].
I've also found some interesting bonus footage of the camera in a test setup for those that are curious (the actuating gray box in the background) [2]
Comments
I work as a graduate SW engineer at Andor, which produced the SCMOS camera they used to capture the images (https://andor.oxinst.com/balor-scmos).
Quite a nice surprise to see during my morning commute! Everyone here is extremely pleased to see how the images turned out. Very impressive work from DKIST
If you don’t mind the curiosity:
These images seem to have a sort of “enhanced blurring” and depth-flattening reminiscent of early 3d ultrasounds.
Am I interpreting that right? Or is the surface of the sun really like that?
You'd have to ask a solar physicist about those solar structures I'm afraid or an optical expert about the image properties, I just work with camera software. If you haven't already you can download their press release which goes into a bit more detail than the main article [1].
I've also found some interesting bonus footage of the camera in a test setup for those that are curious (the actuating gray box in the background) [2]
[1] https://www.nso.edu/wp-content/uploads/2020/01/MediaKit.zip (1.25GB)
[2] https://www.nso.edu/telescopes/dkist/image17/