What an awesome, once in a lifetime event! The last total solar eclipse to cross the continental United States from coast to coast like this one happened in 1918... so yeah, kind of a big deal.
If you weren't aware, I'm a bit of a space junkie. I have always loved space, it was one of my three topics I was really interested in as a kid (the other two being Native Americans and the Titanic.) My favorite planet is Jupiter, and I felt sad the day they announced Pluto got demoted from being a planet.
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| Pathway of the entire eclipse. |
Now that I'm older, I still love space and I am constantly in awe with the news and discoveries coming from the universe, like this year when scientists announced they had proven the existence of gravitational waves, which is a theory by Einstein. They constructed this massive detector with lasers and math beyond my comprehension to measure the waves, which are ripples in space time, hoping they might find one, and just for like a nano-nano-nano-second of time they had a blip on the charts which thus proved that indeed a wave had passed over the earth from a black hole that formed 1.29 billion years ago. Like, does that not just totally blow your mind? Mind officially blown.
OK, back to eclipse stuff. I keep saying total solar eclipse because that "total" part is a big deal. Partial solar eclipses are more common, where the moon blocks out part of the sun's light, making the sun look like a glowing cookie with a bite out of it. Total eclipses are rare, and even less common during daylight when it will be noticeable, like the one coming next year. This is the kind where the entire sun will be blocked, you will only see a ring of light around the moon, and the land will be in total darkness during the middle of the day. How. friggin'. cool.
In our particular spot (this is important) the sun will be completely covered for 2 minutes and 28 seconds, quite a long time. The longest duration is 2 minutes 40 seconds, and that will happen near Makanda, Illinois. So we've got a nice long chunk of time to observe the eclipse. And if my calculations are correct, it will happen from 1:15-1:18 p.m.
You can see the path of the eclipse in the map below. The red line is the central path, the blue lines are the limits of where you'll be able to see it. As you can see, we are very near the central path; St. Clair and Leslie are nearly dead on, St. Louis proper is just out of reach.
So that's my excitement for the day. I'm marking my calendar. Maybe I'll listen to some Pink Floyd. Space nerds from all over the world will travel to the US to see this. We just need the weather to cooperate. How disappointing would it be if it was raining that day?!
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