If you missed the first (or later any) episode of Cosmos 2014, you can get it on Amazon Prime streaming (for a fee). It’s worth it. Here are a few comments I jotted down (then lightly edited) while watching the first episode.

Neil does have his own spaceship, like Carl did. That’s important because it lets him fly to interesting places. It is one of those spaceships of the imagination. Everybody should have one.

The visuals are amazing and informative and seem to be scientifically accurate to the extent possible. There is quite a bit of attention to scale, and how perspective shifts with changing scales, throughout the episode.

The predominant metaphor is that of a journey, starting with Earth which Neil takes little time to leave, where he quickly covers the details of the solar system. He spends a lot of time on Jupiter but barely touches on Uranus. Uranus and Neptune are the outermost planets. Then “beyond the outermost planet there is a swarm of tens of thousands of frozen worlds. And Pluto is one of them.” (Made me laugh.)

Then Voyager One, which reminds me of a story. Neil notes that this spacecraft, the one that has gone farthest of any we’ve launched, bears a message to distant and future possible recipients that includes “the music we made.”

One day in the Ituri Forest, living in a camp with the Efe Pygmies, we had a tape player and a few cassettes (a pre-iTunes device using plastic ribbons on which sounds could be stored). The music was playing, and Happiness Is A Warm Gun by the Beatles came on. About the time Mother Superior jumped the gun, the Efe guy who was one of our main informants, who also turned out to be something of a shaman, came running over.

“Turn that off, turn that off,” he said. He was perturbed.

“Why?” I replied, switching off the machine, thinking that he had heard something out in the forest, perhaps a herd of elephants heading our way, which had been a concern lately since they were in the neighborhood.

“That music is evil. It will make it rain, really bad.”

“Oh, OK.”

“Thunder and ligtning and floods!”

“OK, Ok.”

“Don’t play that again!”

I never played that tape again while in the Ituri.

But it occurs to me now that something similar could happen a billion years from now when Voyager One is finally discovered by intelligent beings from some other planet. How do we know that what we think of as music, with all it’s meaning and lack thereof, a thing that expresses cultural depth but usually enjoyed with no reference to meaning at all, will be seen in the same way by the Blorgons, or whoever it is that discovers it? Maybe they will think it is powerful magic and they will want more. Maybe they fight with music and will see it as a challenge. Maybe to them it will be a mating call. Either way, we could be screwed.

OK, back to Cosmos.

I’ve noticed that so far Neil has used the terms “countless” and “numberless” and “trillion” but not yet Billions. Just sayin’

Wait wait there it is! Approximately countdown 34:33 from the end. Billions of something. Orts.

Now on to other stars’ planets, and the new post-original-Cosmos scientific fact: Planets outnumber the stars. Carl may have guessed that but he didn’t know. Now we know. Also, that there are rogue planets, that are not in orbit around any sun. There are billions of them in our galaxy. Another post-Sagan fact. Possible places for life.

Life: What is it? We only know about Earth Life.

And now on to the spectrographic analysis of the universe. This is a theme Neil has written about and that we chatted about in our interview in 2011 (here). How astronomers see. Very interesting stuff. I’ll bet he’ll do a lot of that in the series.

Eventually, we’re outside the Milky Way Galaxy, and looking at other galaxies. Helpful text overlays give us the key terminology. And more with scale; the tiny dots are stars, then the tiny dots are galaxies. Then all this wiggly wobbly stuff that is the stuff of the universe. Super mind blowing cosmic fact: There are parts of the universe that are too far away to see because there hasn’t been time for the light from those regions to reach us. So how do we see cosmic background radiation which comes from the entire universe? Aha. That will probably be covered later.

Then the Multiverse. Looks a bit like Niagara Falls.

Now back to a brief history of human thinking about the cosmos. All that wrong stuff that we eventually climbed out of. Giordano Bruno, back to earth, Neil is on the streets of Italy.

Here we see animated cartoon graphics. I love the fact that the basic style of the cartoons is a serious version of the Scooby Doo style.

Copernicus, Giodna Brno, Galileo, the search for a better understanding of the universe. Reference to Lucretius, “On the nature of things” which includes the metaphor of shooting an arrow out beyond the edge of the universe. That reminds me of a story.

Again, back to the Ituri Forest. My friend Steve Winn told me this story, while we were both in the Ituri. Most of the researchers who went there had a similar experience in that we were expected to tell the story of our journey from home to the forest. One of the elements of that journey is, for most, crossing the ocean in a plane. But in the Ituri, there are only tiny planes that are rarely seen and the largest bodies of water are medium size rivers and large swamps. It is almost impossible to convey the vastness of even a mid-sized ocean like the North Atlantic.

So one day Steve tried this, when talking about the journey across the sea.

“Imagine standing on the edge of the Uele river,” pointing down to the nearby, rather small, river. “And shooting across an arrow. That would be easy.”

Nods of assent from the Efe men listening to the story.

“Now imagine a larger river that most people couldn’t shoot across.”

Hmmmm.

“Now imagine the strongest archer with the strongest bow shooting the straightest arrow across the water and it can never reach the other side.”

Eyes widening.

“The ocean is much much bigger than that.”

Personally, I don’t think that conveys the size of the ocean, but it does serve to begin to break the barrier at the edge of knowable experience. Did the Efe men really understand the size of the ocean from that story? Do the watchers of Cosmos really understand the vastness of the Universe by Neil’s reference to some of it being so far away that the light from it has not reached us yet?

Anyway, Brno had a hallucinogenic dream that the sun was only one of many stars. Got in all sorts of trouble. I guess he didn’t expect the Italian Inquisition. Good version of the story of the first realizations of the nature of the universe.

And now, finally, the Cosmic Calendar, Neil deGrasse Tyson style. Here comes the Big Bang. Better put on sunglasses.

It would be interesting to do a day by day comparison between Sagan’s Cosmic Calendar and Neil’s to compare what we now know vs. then, what is emphasized, and the styles. Any volunteers?

Anyway, “We are made of starstuff.” Scrape that moment out and put it in Memeland.

Tides. Turns out you can explain them. Life. And sex is invented. It must be getting December.

The KT extinction event totally made me laugh. Contingently.

Sagan did not have the Laetoli footprints but Neil does.

And the introductory episode, which is bookended by appropriate references to Sagan, ends with a very quick summary of human history, the invention of astronomy, writing, and science. And finally the Sagan-Tyson link is made, which you would know if you read Neil’s autobiography but if you don’t you’ll enjoy hearing about it here. You’ll get all choked up.

Comments

  1. #1 Gary S
    SoCal
    March 10, 2014

    If you missed it, there are multiple rebroadcasts on the National Geographic channel during the week, and one is the hour just before the NEXT episode.
    Gary ;-)

  2. #2 Greg Laden
    March 10, 2014

    Thanks for the info. I myself don’t get that channel.

  3. #3 Mike Haubrich
    United States
    March 10, 2014

    According to the Cosmic Calendar, the Sun was born on my birthday.

    I thought that was rather cool. You may henceforth call me “Ra.”

  4. #4 Mike Haubrich
    March 10, 2014

    And the show is available on Youtube:

  5. #5 Greg Laden
    March 10, 2014

    Is that legal?

  6. #6 Lumen2222
    March 10, 2014

    Looks like Hulu has it so you can stream it there.
    If you have a cable subscription you should be able to watch it using the Fox Now App as well.

  7. #7 Mike Haubrich
    March 10, 2014

    Let me know if you get a DMCA notification and i will apologize.

  8. #8 Greg Laden
    March 10, 2014

    Well, so far they haven’t taken it down, so it’s probably kosher.

  9. #9 Smarter Than Your Average Bear
    March 10, 2014

    I’m sure it will be removed as soon as Fox notices it is on there.

    So how do we see cosmic background radiation which comes from the entire universe?

    That and why there is no center of the universe baffle the crap out of me (ya I know not hard to do) – It just seems reasonable to assume that if the BB theory is correct then it popped into existence symmetrically and the universe expanded symmetrically in all directions from there which would make that spot the center – but it’s not and I do not understand why – I hope he gets to that at some point and explains it so I can “grok” it.

  10. #10 Greg Laden
    March 10, 2014

    Yeah, no kidding.

  11. #11 Michael Kelsey
    SLAC National Accelerator Laboratory
    March 10, 2014

    @Smarter #9: The usual picture people have of the Big Bang is of an “explosion” (yeah, and that’s the usual picture shown by the media). Explosions start somewhere, and the debris expands away, so there must be a center, right?

    The only way for you to get away from that picture is to realize that the Big Bang wasn’t an explosion at all. All of space — meaning the metric itself, not just the _stuff_ filling space — started in a state of very high density, or equivalently, a very, very, VERY, small length scale. Then the metric itself — the space coordinate system — started expanding.

    Picture having a sheet of graph paper printed onto a piece of rubber. Put clamps all around the edges of that rubber, and start pulling uniformly outward. If you do it right, the lines of the graph will stay perpendicular, the rubber will stay covered with neat squares, but all those squares will get bigger and bigger and bigger. Now cover the rubber with ants to represent astronomers.

    If you make the rubber much larger than the size of the observers, then none of them will be able to see to the edges. They’ll all see the same basic thing — stuff far away is moving away from them fast, and stuff nearby is moving away slowly. Each observer will “seem” to be at the center of a great explosion, but nothing is blowing up, and there’s no center.

  12. #12 Henry Jay Forman
    March 10, 2014

    Excellent analysis. Going to put a link to this post on my blog: http://freeradicalbiologist.blogspot.com

  13. #13 Greg Laden
    March 10, 2014

    Michael, yes but … If only the metric was “expanding” then there would be no red shift. So it must be both. Therefore there is an “out ness” and thus a “middlish thing” from which the out ness comes. At this point they will cut to Niagara Falls.

  14. #14 Smarter Than Your Average Bear
    March 10, 2014

    oh my head hurts :)

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