This comic is the second of five consecutive comics published in the week before and during the solar eclipse occurring on Monday, August 21, 2017 which was a total solar eclipse and visible in totality within a band across the contiguous United States from west to east. The other comics are 1876: Eclipse Searches, 1878: Earth Orbital Diagram, 1879: Eclipse Birds, and 1880: Eclipse Review.
This comic reflects on various reasons scientists have for being interested in a total solar eclipse. An eclipse is an astronomical event, which most laypeople associate with science and thus might assume would be of interest to scientists. However, when the reporter probes Megan on scientific interest on the eclipse, Megan gives short and sarcastic answers, downplaying any experimental significance of the phenomenon and indicating that her only interest is in spectacle rather than science. She also makes the point that science is no more involved in an eclipse than any other spectator event, and does not work to observe phenomena without any interest in discovery. Eclipses are well-understood events and there is no lack of models for explaining the physics behind them; the alignment of bodies in space is a result of orbital mechanics which are present at all times, making the whole event only significant to the observer.
While some astronomers might be testing elaborate hypotheses during an eclipse, for other scientists (e.g. organic chemists and paleontologists) it is just a once in a long time (maybe even once in a lifetime) event which is visually interesting. Some biologists may, however, be collecting data on the behavior of animals during an eclipse, which is poorly understood due to its rarity.
Megan's point is that in 2017 (and for several decades/centuries previous) eclipses are thoroughly understood. Wikipedia has a listing of every eclipse that will occur in the 21st Century, to include the coordinates and time of greatest eclipse. While eclipses offer a unique opportunity for ground based observation of the Sun's outer layers the majority of the study of the sun is done by satellites that do not require an eclipse to take readings.
The title text refers to a 1919 experiment during an eclipse to observe gravitational deflection of light waves. The 1919 experiment was the first strong experimental confirmation of Einstein's then-new theory. One century later, general relativity has been tested and confirmed in so many different ways that pretty solid is a vast understatement.
- [Hairy is speaking into a microphone while interviewing Megan.]
- Hairy: Tell us, are you scientists excited for the eclipse?
- Megan: Sure, lots of people are!
- [Zoom in on Megans head.]
- Hairy (off-panel): Is this a big moment for science?
- Megan: It's a big moment for the sky.
- [Same setting as first panel in a wider panel.]
- Hairy: Are people really excited enough about science to travel to see it?
- Megan: Honestly, it's not that scientific. I mean, it's cool if you're into astronomy, but it's also cool if you're, like, aware of the sun.
- [Same setting.]
- Hairy: But there's lots of science involved.
- Megan: I guess? There's lots of science involved in the Olympics, but you don't need to be a scientist to watch.
- [Megan holds a hand out towards Hairy.]
- Megan: It's not like the concept is all that arcane or mathematical. It's a thing going in front of another thing.
- [Zoom in on Megan holding both arms out.]
- Hairy (off-panel): Then why are you so excited?
- Megan: I'm excited because it's a nearly once-in-a-lifetime chance to watch the sun go dark, hear birds freak out, and see a glowing ring appear in the sky with a sunset on every horizon.
- [Back to same setting as in the first panel.]
- Hairy : Will you be making any scientific observations?
- Megan: I will be like, "Holy shit, look at the sky."
- Megan: Maybe also "This is so cool."
- Megan: We'll see!
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I'm pretty sure his point was actually that in the modern day eclipses are pretty well understood, easy enough to travel to, and provide very little actually unique circumstances, so in reality there is very little scientific value at all. Just a really cool thing to see
184.108.40.206 15:56, 16 August 2017 (UTC)
- Yet still there are some aspects of eclipses such as shadow bands which are unexplained. There are some theories, but eclipses are rare enough, plus shadow bands don't occur with every one, so there is no definitive explanation yet.
- RChandra (talk) 18:56, 16 August 2017 (UTC)
- The explanation of shadow bands on wikipedia seems pretty solid to me. Zmatt (talk) 11:51, 17 August 2017 (UTC)
To me the comic is poking fun at the idea the media (and by extension laypeople in general) perceive eclipses to be of great scientific importance and that scientists are excited about it for that reason. Note how his almost every utterance contains "science". Megan deftly deflects his attempts to put words in her mouth and remains resolute in her stance that eclipses are interesting to everyone on their face value but not necessarily more so to scientists that others. 220.127.116.11 19:35, 16 August 2017 (UTC)Pat
I guess Randall is sad that people outside the band seem to have less interest in the eclipse, like shown in the previous comic, and that they might not wish to travel a few hours to see a once in a life time spectacle, or as he also feared in the last comic, try too late to get there and get stuck in the trafic jam outside the totality zone. Being in the 99.9999% dark part is nothing compared to being inside the zone being able to see the corona (the ring in the sky). Go and see it if you have any chance of doing so! --Kynde (talk) 21:13, 16 August 2017 (UTC)
Should we make a new category for eclipse comics?18.104.22.168 11:53, 17 August 2017 (UTC)
- If he continues tomorrow and Monday maybe. There are so far only really two. The other two comics mentioned in the previous comic only briefly mentions the eclipse. So it is really only two comics so far. And they are not related in their individual subject. --Kynde (talk) 12:30, 17 August 2017 (UTC)
- While I agree an Eclipse category would be uncalled for, this is the third comic I can think of without looking back further: 1868, 1876 and now 1877. If Randall continues the theme tomorrow / today and Monday, that's a total of 5. Maybe a post-eclipse comic on Wednesday, then I expect he'll be done on the subject unless something big happens (like a plane crash by the eclipse being in their eyes or something. we can blame Randall for that example coming to my mind, LOL!). 6 and done doesn't seem to warrant a category. :) NiceGuy1 (talk) 06:52, 18 August 2017 (UTC)
- "Puts on sunglasses" got a category after three comics. 22.214.171.124 09:31, 19 August 2017 (UTC)
The explanation claims, "While some astronomers might be testing elaborate hypotheses during an eclipse, for other scientists (eg. organic chemists and herpetologists) it is just a once in a long time (maybe even once in a lifetime) event which is visually interesting". This is at odds with the existence of several citizen science projects encompassing not just astronomy but also atmospheric sciences and animal behaviour. 126.96.36.199 13:00, 17 August 2017 (UTC)
- There's also a decent number of science experiments that are worth repeating mostly to take advantage of improved instruments and so people get to see them--which can also be considered under 'improved instruments,' if part of what you're doing this time is recording the entire procedure on video. 188.8.131.52 22:38, 17 August 2017 (UTC)
While the eclipse may not provide very many more opportunities to advance scientific research and knowledge, it is a terrific opportunity for science teachers at the elementary level to demonstrate the basic science of orbits and positions of the Sun, Moon, Planets and Stars.
As well as an opportunity at the secondary level to talk about the laws of gravity and motion and how predictable it all is that we can calculate the exact path of an eclipse hundreds of years in advance. Too bad this is happening during summer vacation.
It is also the kind of event that excites children enough that they might consider pursuing a career in science.
So while astronomers may find it old news and not providing new research opportunities, there is still a lot of science teaching opportunity. Rtanenbaum (talk) 12:36, 18 August 2017 (UTC)
So there's a couple points here:
- Public demonstration of previously performed science is not really the same thing as actual experimentation where the outcome is in doubt, the latter of which advances our understanding. So yes, you can show something to people who haven't observed it directly before, but then you're not using the word "science" in the same way as Megan.
- There actually are new experiments being performed, not just old experiments with a new audience or improved equipment.
- There is a tendency among non-scientists to underestimate the certainty of scientific or statistical results. Some examples are "you can't teach evolution as settled science because it's only a theory" and more recently "this poll only sampled a thousand adults, which is 0.03% of Americans, so it's meaningless because we have no idea what the other 99.97% think". So scientists are expected to keep verifying and re-verifying fairly basic results. D5xtgr (talk) 16:29, 21 August 2017 (UTC)
- That last one is hilarious, for reasons I doubt you realize. Some of us here know how to get a proper population sample--and, well, with that poll? I don't even know where to start on the potential sources of error. 'Too small' should appear on the list several times, though, since a lot of the sources of error can be controlled for by simply adding to your sample. (Yes, yes, changing your sampling techniques will also do it, but it's just plain easier to add more people, so you start there.) This is actually part of why being able to replicate results matter--plus, the training in how to do it properly does give you a pretty good idea how to rig your poll to produce the desired results, and what to watch for when reading others' research. 184.108.40.206 21:39, 24 August 2017 (UTC)
- Reasons you doubt I realise? What are you on about? The point is, the fraction of the population appearing in your sample doesn't need to be very large to have a margin of error below five percent. Margin of error for a representative sample of 1000 from an infinite population is 3.2 percent - the hard part is to get a representative sample of adults rather than a biased one. And then you go on about "that poll"... your meaning is very unclear. D5xtgr (talk) 23:17, 29 August 2017 (UTC)