I saw the transit of Venus in 2004 and 2012, peering at the sun through a filtered telescope for the first, and filtered binoculars for the second from workplace parking lots.
I witnessed the transit of Mercury in 2016, projecting the image of the sun through a telescope onto rear projection screen film wrapped around the business end of a Home Depot bucket for a class of second graders (Instructions here. Although I cut a hole in the bottom of my bucket to project through, attached an Arca-Swiss cleat to the side of the bucket, and mounted the whole thing on a tripod).
And last Monday, I experienced my first total solar eclipse of the sun with my family from a parking lot at Oregon State University. It was glorious.
Totality. |
The Gear. |
But I also knew I would feel bad if I did not try to take pictures, so I did it anyway. Now I kind of feel bad that I spent a lot of totality looking down at my camera adjusting settings instead of looking up at the sun and around at the environment. Totality lasted but a fleeting couple of minutes, and deserved to be relished. But I'm still glad I took pictures.
Next time, I will bring my computer or a Raspberry Pi with me and write a program to have it vary the exposure times and take the pictures. That way, I can experience the full of totality and get pictures at the range of exposures necessary to capture the full expanse of the corona.
My equipment didn't come away from the experience completely unscathed. While the camera, telescope, and eyeballs are, apparently, no worse for wear, the inside of the telescope eyepiece I used to project the image of the sun took some heat damage. Wear eye protection, people!
This is your eyeball after staring unprotected at the sun. |