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2026 years Solar eclipse |
| Object : | Sun & Moon |
| Object size : | 0.5 degree each |
| Object magnitude : | - |
| More to know : |
Wikipedia: https://en.wikipedia.org/ wiki/ Sun https://en.wikipedia.org/ wiki/ Moon |
Solar eclipse, 2026-08-12, UT 17:56
The Sun is overexposed but by luck the Smartphone captured an internal reflection of the Sun that we see here a bit above the real Sun. |
| Object : | Sun and Moon |
| Date : | 2026-08-12 |
| Time (UT) : | 17:56 maximum, Sweden, local time +2h |
| Mount : Tripod | - |
| Lens/telescope : | Smartphone |
| Corrector/Barlow : | - |
| Filter : | Mylar filter |
| camera : | Smartphone Motorola G55 |
| Exp. time : | - |
| Weather : | Moon Phase 0%, Temperature +19oC |
Solar eclipse, 2026-08-12, UT 17:56
The big problem with this solar eclipse is that it stay very low to the horizon, only 5 degrees above.
From where we live in Stockholm there is only a partial solar eclipse, but still big, 80%, from Spain it give a total eclipse. |
Solar eclipse path:
Credit:
NASAFrom NASA's Solar Eclipse Search Engine it's possible to find older solar eclipse data. From that place I also got this map. |
Setup:
This year the plan was to only do a visual observation with safety glass, very important. Looking direct to the Sun and you can get blind in a fraction of a second. Still we do an experiment we use a colander and let the sun shine through. |
A test 30 minutes before the maximum. It looks a bit exiting, every hole show the Sun and we see how the Moon cover more and more of the solar disc. It's is a multi hole camera. From first contact to maximum about one hour. |
We have invited some of our friends to this solar party. |
Maria's colander has smaller holes, maybe too small. |
At the hill where we stand we found a path through the trees and could follow the Sun down to 5 degrees above the horizon. |
Smartphones in action, even the cameras must have a protection filter, otherwise the camera sensor melt down. |
16 minutes to left to maximum, very close to the trees now. |
The are some clouds and the Sun is overexposed but by luck the Smartphone captured an internal reflection that we see here a bit above the Sun. The reflection is upside down, but cleraly seen the arc of light comming out from the Sun. |
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