Category Archives: Science

Thoughts on 2001: A Space Odyssey

23 Sunday Feb 2020

Posted by in Biology, Journeys, Literary criticism, Musings and ponderation, Science, Science Fiction, SETI

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I had the joy of watching 2001: A Space Odyssey on the big screen the first time in my life a little while ago. For those of you living near Portland, The Hollywood Theater purchased a 70 mm print of the film a couple of years back, and they show the movie to a sold-out house a couple of times every year. I had seen the film many times before on video–it’s one of the truly formative pieces of art in my life–but seeing it in a literally larger-than-life format impressed me deeply: the movie reminds me why I work in the genre of science fiction.

One of the most celebrated elements of the film has been its technological accuracy. Stanley Kubrick and Arthur C Clarke, working before CGI or the moon landing, were able to predict so many of the challenges and curiosities of living and working in space. As much as I loved Star Trek and Star Wars growing up, I always had the sense that those two franchises were more science fantasy than science fiction (especially Star Wars). 2001, by contrast, looked like some thrillingly-plausible documentary footage from a future just over the horizon.

But it is not the accuracy of the film that affects me so much now. Rather, 2001 is worth watching because of what Tolkien would have called its mythopoesis: its creation of a new mythology in which we could view our modern predicament. As much as any other work of art I can think of, 2001 gets at the painfully intermediate position of our species as part animal and part divine: the film is a 164-minute meditation on Hamlet’s musing: “What a piece of work is a man! How noble in reason! how infinite in faculties! in form and moving, how express and admirable! in action how like an angel! in apprehension, how like a god! the beauty of the world! the paragon of animals! And yet, to me, what is this quintessence of dust?”

(Another quote, just as apt, comes from Nietzsche’s Thus Spake Zarathustra, the book which also inspired the iconic theme music for 2001: “Man is a rope, tied between beast and overman—a rope over an abyss … what is great in man is that he is a bridge and not an end.”).

While the film is set in space in the near future, as realistically as Kubrick and Clarke could conceive of it, the setting is just as much a place of the inscrutable divine: in other words, its setting is really The Dreamtime, the Underworld, Faerie. Even though the US Space Program was deeply influenced in real life by 2001, the movie is closer to the mystical cave paintings of Chauvet or Lubang Jeriji Saléh than it is to the Space Shuttle and the International Space Station.

Of course, there are many elements of any piece of science fiction that won’t hold up well after 50+ years. In the case of 2001, Kubrick and Clarke seriously underestimated the amount of progress our species would make in some aspects of information technology, while at the same time overestimating the progress we would make in artificial intelligence and manned spaceflight. Those are easy mistakes to make, by the way: I can’t think of any science fiction before the 1980s that successfully anticipated the internet, and of course a movie made in 1968, the year before Apollo 11, would extend the logic of manned spaceflight out to regular orbital shuttles and populous moon bases and manned Jupiter missions.

But the beauty of 2001 is not how much the movie correctly predicted but rather how well it explores the timeless theme of what it means to be a human being. What strange gods called out of the darkness to our rude, frightened hominid ancestors to make us human? What awaits us if we can survive the deadly unintended consequences of our own ingenuity? In wrestling with those questions, 2001 is every bit as bottomless a work of art as Paradise Lost or Faust or the Popol Vuh. One can argue that there are no gods that made us, that the monoliths of the movie will never be found because they never existed in the first place. However, 2001 speaks to something very deep in our cultural DNA (and, for all I know, in our literal DNA): the yearning for our spiritual parents.

Two hundred years from now, if we somehow survive this dreadful bottleneck of overpopulation and ecological collapse, our descendants may be living in domed cities on the moon and Mars; we may be gliding in beautiful submarines through the oceans of Europa and Ganymede. We will still be looking for the monoliths.

“So-Sz”–10th Anniversary Edition

03 Wednesday Jul 2019

Posted by in Curious Fictions, fantasy, My Fiction, Science, Science Fiction, Stories

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I was invited recently to join Curious Fictions, a platform for short fiction on the web. And, while I’m likely to keep writing for the magazine and podcast circuit, Curious Fictions does seem like a sweet place for me to drop my stories, especially those pieces that are hard to find elsewhere.

As I was thinking about an inaugural story for my Curious Fictions profile,
I immediately landed on one of my favorite first pieces: “So-Sz.”
I first sent the story out for publication ten years ago this month. The story
appeared in a wonderful little web magazine, 5923 Quarterly , which
folded not long after, perhaps coincidentally. “So-Sz” has been out
of print and unavailable since then.

I’ve always had a soft spot for this story. It’s one of my earliest efforts
at short fiction that struck me as mostly successful. And, while I am a better
writer today than I was ten years ago, there’s not a great deal I would change about the piece.

I was also reminded of “So-Sz” by the most recent Laika movie, Missing
Link. Hopefully you’ll see some similarities (and differences) as well.

So, without further ado, I invite you to click over to Curious Fictions to
see the 10th Anniversary Edition of one of my favorite journeyman efforts: “So-Sz.”

Photo Credit: Steve Rotman; Art Credit: Some Awesome Graffitist

The Author Gratefully Acknowledges

06 Saturday Oct 2018

Posted by in My Fiction, Politics, Science, Science Fiction, Stories, The Time of Troubles

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My story “Potosí” recently came out in Analog, and it’s gotten lots of the positive and negative attention that I had hoped it would. In the case of this story, I looked forward to some negative attention, as “Potosí” is a not-so-veiled indictment of the Trumpian worldview, and some readers of science fiction, unfortunately, are also white supremacists. (This is not to say, by the way, that everyone who hated the story is a white supremacist. People could have any number of reasons for disliking the story; however, a few people who hated it had objections which were rooted in a white supremacist worldview).

I’ve also been happy with how the story looks in Analog. Even though the magazine is print-only, it’s still nice in this internet age to see one’s name in print. However, I do have one regret about how the piece looks: my bio was omitted from the end of the story. That’s normally not a big deal at all for me–I suspect the editors left it off for space-saving reasons, and the folks at Analog have done more than just about anyone to promote my work. They were even kind enough to run a full page biosketch on me a couple of years ago. But there was a line in my bio for this story that I really wanted to appear in the magazine. Here is is:

“The author gratefully acknowledges the assistance of Phil Ekstrom in working out the physics of this story.”

Phil is a friend of mine whose knowledge of physics not only exceeds my own (that’s an exceedingly easy accomplishment), but his knowledge of physics also exceeds my knowledge of any field at all, including writing. He’s a man of great accomplishment in a wide number of fields of physics and engineering; while it’s hardly his greatest achievement, some will recognize his work in the photo below: Phil was one of the people who wired up the young Bill Gates’ and Paul Allen’s first computer.

young gates and allen

A teenage Bill Gates looks to the top of an imagined stack of 100 billion dollar bills –Getty Images

“Potosí” involves a decent amount of classical mechanics–most of the story takes place in the microgravity of a small asteroid being pushed this way and that by space tugs, mass drivers, and the imaginary forces of human greed and anger. I’m reasonably good at describing  the greed and anger part, but I needed a lot of help with the physical forces. I can tell Phil has years of experience explaining things to undergraduates of varying talent; he certainly needed to call on those skills in order to explain my story to me.

The story has some (I hope small) violations of physical laws, where I did a little handwaving in order to accomplish an artistic goal. But to the extent that “Potosí” is any example of hard sci-fi–as opposed to the science fantasy of Star Wars or the kilomoles of handwavium in Star Trek–I have Phil Ekstrom to thank for giving the story some semblance of rigor. Thanks, Phil.

My Autumnal Love Affair with Math

20 Sunday May 2018

Posted by in Journeys, Musings and ponderation, Science

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I was an indifferent student of math growing up. I wasn’t bad at math exactly, but I didn’t much like the subject (except for geometry, which I took in high school from a brilliant and generous teacher who had left off being a rocket scientist–literally–so that he could teach young people). I pretty much stopped taking math as soon as I was allowed to  in high school–I stopped out at algebra III.

A couple of years later, in a spasm of optimism, I signed up to take a 7:00 am calculus class to meet my math requirement in my freshman year of college. I was influenced in this fool’s errand by one of my heroes, my writing professor Tom Lyon, whose hypoglycemia obliged him to teach at 7:00 and 8:00 am exclusively. I believed that something would blossom in me, and I would develop into the scholar and writer I was destined to be, a scholar and writer like Tom Lyon, if I got up every morning for calculus in the early hours.

Alas, my 7:00 am calculus teacher was no Tom Lyon: I remember her as earnest and competent, but not particularly skilled or experienced as a teacher. Probably, given that I was a freshman at a land grant university in a 7:00 am calculus class, she was a relatively new graduate teaching assistant. More importantly, what seeds of knowledge she sowed my way fell on rocky ground, or weedy ground–I remember not a lick of calculus from that class. Practically my only memory of that whole term was one morning watching the sun stream into the room late in the quarter and feeling the joy of being an 18 year-old in springtime.

Somehow I managed to pass that class despite all the time I spent gazing out the window. And 25 years later, somehow I managed to get a master of science degree in environmental science without much knowledge of calculus. I knew enough to be able to recognize that something was a calculus problem–the same way I might recognize that the people next to me are speaking Portuguese–but as for using calculus to model a problem or make a useful prediction about the world, the little glyphs and grammars of differential equations were utterly alien to me.

The gaps in my math knowledge were worse than this, actually: I remember as I was gathering the last data for my thesis that my classmate Alison Jacobs had to explain to me the formula for the slope of a line (y=mx+b) for about 30 seconds before I realized that she was talking about something that I had studied for months and months in junior high school. It comforted me a bit to learn later that the great E. O. Wilson had gotten his PhD in biology at Harvard without calculus–in Letters to a Young Scientist he talks about sitting in calculus class as a 32 year-old assistant professor, trying to atone for his crime of omission. But for me, it has been hard to shake the sense that however well I might use words to describe the thicket of the world,  I’ll never know the trails by which I might, using math, penetrate to the heart of things.

I had to climb over my own emotional palisades, then, to set out on a journey to teach myself calculus at age 45.  For me, coming back to differential calculus via Khan Academy has felt less like atonement and more like the discovery that someone I had regarded as homely in high school showed up at the 30 year reunion looking like a knockout. Somehow over the thirty years since I first sat in that 7:00 am calculus class, I have discovered that I’m in love with mathematics.

So far as I can tell, there’s no direct benefit to me in learning calculus or any other kind of math. No matter how good I may get at it in middle age, there will always be others around me who know math better and who use it more naturally than I. And what would I use calculus for anyway? I’m no better an English teacher or outcomes assessment specialist because of it. One could argue that I’m a worse English teacher because of it, opportunity costs being what they are–every hour I spend learning about limits and differentiation is an hour I don’t spend honing my knowledge of composition theory or something else I might actually use in the classroom.

But I don’t want to stop myself: I study math because math has become beautiful to me. Perhaps it seems more beautiful to me because it has no obvious use to me. I’m long past the spring term of my life now. Perhaps I can love math now because “the heyday of the blood is tame”–though in so many areas of life I feel I am entering a second youth, or even a long-delayed first youth. I never became, never will become, the scholar that Tom Lyon was in my life. But I’ve come back to scribbling out derivatives at 7:00 in the morning as I did when I was 18. The morning sun in springtime fills me with a different kind of joy.

10 000 Year Clock Badges Khan Academy

Screenshot credit: Khan Academy

Loneliness

31 Wednesday Jan 2018

Posted by in Biology, Musings and ponderation, Science, Stories, Utopia and Dystopia

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all alone.jpg

Sculpture Credit: “All Alone,” by a young Gloria Pitkin

To be a modern human is to contend with loneliness.

While this insight has been with us for decades or even centuries, it’s only recently that a body of research around the causes of loneliness, as well as its effects and its cures, has started to catch the public imagination.

Folks like Kafka and Camus seemed to assume, in the previous century, that loneliness was simply fundamental, part of the warp and weft of human existence. Today, though, researchers have begun to argue that loneliness is no more basic to human existence than tuberculosis–that, in fact, loneliness is a medical condition that can be prevented and cured.

The January issue of Scientific American has an article on loneliness that really spoke to me, perhaps because I was so lonely for so much of my youth. The author, Francine Russo, argues that in much the same way that the disease of consumption was medicalized and clinicalized into tuberculosis, we may be in the process of reconceiving loneliness as a treatable and preventable disease rather than a central reality of the human condition. For an artist like John Keats in the early 19th century, tuberculosis and loneliness were existential threats that he spent his life and work grappling with. Today, TB is (for many people in the developed world, anyway) something that one is vaccinated against.

But what vaccine is available for loneliness? Russo suggests cognitive behavioral therapy (CBT), a technique which has had deeply positive effects on my own life. And yet, in spite of my having experienced both chronic loneliness and CBT first-hand, I lacked the imagination to conceive of loneliness as a disease rather than a consequence of my very flawed character.

The other thing that dawned on me as I read the article was just how often I write about lonely characters in my stories. I just signed off on the galley prints for my latest story, “Potosí,” and realized that the main character spends a good deal of the story in utter solitude. Just like Miranda in “Full Fathom Five,” Epic in “Proteus,” and Sandra in “Lamp of the Body.” Stories with well-adjusted characters and lots of friends seem to be more rare with me.

As with all things Scientific American, the print article isn’t available online, but this closely related SciAm blog post is.

 

What Would You Call a Martian Highball?

30 Thursday Nov 2017

Posted by in Musings and ponderation, My Fiction, Science, Science Fiction, Stories

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I’m working on another hard sci fi story again. It’s a genre that I often make a conscious effort to branch out from–part of me feels much more drawn to writing absurdist Borgesian stories, or “The New Weird,” or whatever it’s being called these days. Yet something else draws me back, again and again, to writing hard science fiction, the stuff of space elevators and pressure domes and transhumanism.

One thing about hard sci fi that makes me feel out of my depth is the sheer volume of research that a serious hard sci fi reader expects from a story. And the research is wide ranging: it doesn’t matter whether I happen to know a little about genetic engineering; a good hard sci fi story also demands that I know something about AI and cryptography and planetary physics and orbital insertions.

That’s part of the fun, being able to research Martian concrete one day and asteroid mining the next. It’s also a little daunting to read the hard sci fi work of some of the current masters, folks like Linda Nagata and Ian McDonald and Gwyneth Jones, and see just how deeply researched their futures are, to see how offhandedly they predict something transformational about humanity 200 years in the future and make me wish I had thought of that.

Here’s a simple, dumb example. I’m writing a story set on a Mars colony between 100-200 years in the future. What do people drink there? I have a scene set in a bar, a kind of hangout that might remind people of an underground dive full of beer and curly fries. But it’s occurred to me in the last day or so that beer is a highly unlikely drink for colonists living under pressure domes on Mars: any staple crops like wheat or barley or oats would very likely be used for solid food, not beer. I’m fairly confident people will still want to drink alcohol 200 years in the future on Mars, but if it’s Martian hooch I would guess they’ll want something that yields a lot of alcohol from a relatively small biomass. What would that be? Fruit brandy? Potato vodka? Mezcal?

I still like the idea of a bunch of Martian undergrads downing beers and curly fries, so I may just leave those details in even though they make little sense. One of the characters in the scene is happy to see a Kentucky Bourbon on the menu–I suppose any society that can send 60,000 emigrants to Mars can also export Kentucky Bourbon, which makes more sense than exporting kegs of Earth beer over months and months and at fantastic weight. I’m not sure what to call the cocktail the character orders. Right now I just call the drink an offworlder, which seems a decent enough name, but I’m hoping to find a name with a little more zazz.

Hazel Nicholson

Photo Credit: Hazel Nicholson

What do you think? What would you call a Martian cocktail made with Kentucky Bourbon, perhaps distantly related to an old-fashioned?

Tabby’s Star Update!

22 Monday May 2017

Posted by in Musings and ponderation, Science, SETI

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I learned over the weekend that Tabby’s Star, which I posted about recently, has just undergone (or is still undergoing) one of its unpredictable and so-far inexplicable light fluxes!

Someday the Tabby’s Star mystery will be known, and it almost certainly won’t be aliens. But it’s exciting to watch an entire scientific community train its eyes on one very distant star with bated breath.

Meditations on Tabby’s Star

08 Monday May 2017

Posted by in Musings and ponderation, Science, Science Fiction, SETI

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This month’s issue of Scientific American has a good article summarizing the mystery of Tabby’s Star. (it’s behind a paywall, but this SciAm blog post has a rundown of the discovery). I remember talking briefly about Tabby’s Star in fall of 2015 during a reading. I remember thinking at the time that the mystery of it all would be batted away soon enough, that the star’s mysterious dimming pattern would be explained mundanely–perhaps invoking some novel phenomenon which would excite astrophysicists, but which would not become the subject of any science fiction stories to come.

A year and a half later, no such invocation has yet appeared. Humanity has discovered a star whose light emissions defy every existing rational explanation. That’s big. For me as a science fiction writer, it’s exciting to hear serious astronomers considering the possibility of the star’s mysterious dimming as the result of orbiting alien megastructures. I have to remind myself that the extraterrestrial intelligence explanation is really no more plausible than any of the explanations that do not depend on aliens–swarms of comets, a circumstellar disc, an orbiting black hole.

Whatever the explanation turns out to be–and I will say here what I said in 2015: I don’t think it’s aliens–the mere fact that an alien megastructures explanation is being considered seriously fills me with glee. It is the nature of human intelligence to reach out in all directions, seeking fellowship with like minds. Whether we do this by putting up a profile on OkCupid or a handprint on the walls of Lascaux, we are seeking fellows. I wish that Tabby’s Star, over a thousand light years away, is flocked with gigantic solar panels, because such a project could only be undertaken by creatures who–however more powerful than we they may be–think in ways that we can recognize.

Stormy Signals--Andy Smith

Photo Credit: “Stormy Signals,” by Andy Smith

Much of my own fiction has revolved around this idea. Perhaps all of it has. But two stories of mine especially, “A Murmuration of Starlings” and “Full Fathom Five,” are devoted to the longing of intelligent creatures to connect with one another. And I know I have not exhausted the subject–perhaps there is another such story slouching towards the Bethlehem of my keyboard this year.

 

I Marched for Science

26 Wednesday Apr 2017

Posted by in Musings and ponderation, Politics, Science, The Time of Troubles

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March for Science2

Photo credit–Carlyn Eames

I’m not a professional scientist. I do have enough training to work as a lab tech if there’s ever some neo-Maoist Cultural Counter-Revolution where we’re all rounded up and forced to work in research facilities–it goes without saying that that won’t be happening during this administration. I’d be reluctant to call myself a scientist because I have published no peer reviewed papers, and my field work is competent at best (and often in graduate school I wasn’t at my best).  Having said that, I have actually worn a lab coat and safety goggles as a part of my job–for a week here and there, anyway–and I  have all the love for the scientific enterprise that an enthusiastic amateur science fiction author can have.

Across the republic, the streets were filled with people like me last Saturday at the March for Science. Well, based on the signs people were carrying, I’m sure that a lot of the marchers were bona fide scientists–at least bona fide lab techs and grad students. And, while there has been a healthy debate within the sciences about whether this kind of public advocacy is helpful or harmful to the cause of science, put me down as one who believes it’s valuable for scientists and science-lovers to stand up and be counted.

MArch for Science1

I appreciate a properly footnoted sign. Photo credit–the lovely Carlyn Eames

There has been push-back from some scientists–this article at Slate is a typical example–that the march was an orgy of uninformed and misinformed pro-science good-feelery from non-scientists. That is, according to Dr. Jeremy Samuel Faust, the folks marching mostly don’t understand science enough. If marchers did understand the state of science, with its almost guild-like patronage system, its rampant data mining and cherry picking, its Potemkin peer review, they wouldn’t be so eager to draw up witty signs and march in its defense.

Faust does have a point: I suspect few of the people on the march this weekend understand what statistical significance really refers to, and even fewer would be ready to talk about the many misuses of p<.05 that researchers engage in because they’re trying to score a publication (or, more likely, because most scientists are not statisticians and often use statistical tools in ways they were not intended).

And yes, that’s a problem. But that’s not what the march is about. One can support the scientific enterprise, be willing to march in the rain for it, without knowing everything about science. None of the marchers, even the scientists, have a full understanding of all of the sciences humans engage in. The geologists on the march don’t know any more than I do about high energy physics, and the high energy physicists know less about environmental biology than I do.

Many of the scientists out there, even the duffers like me, know that there are deep problems with the sociology of science, with the misuse of methods and publication and statistical analysis. But something the marchers all had in common, scientists and non-scientists alike, was a support for the idea underlying science: that the scientific method can be used to describe our environment and make useful predictions. Faust is right that the scientific method is a roundly abused idea even within the sciences, to say nothing of non-scientists. But one can love and support a good idea without understanding it fully.  Whether any individual marcher can be picked out of the crowd and made to follow the scientific method to Dr. Faust’s satisfaction is beside the point.

The scientific enterprise is flawed, just as representative democracy is flawed. I marched because I believe in the idea of science (and, for that matter, representative democracy). The way to reform the institution of science is the same as the way to reform the republic: it will be saved by people who care for and love those institutions. Science and civil society won’t be reformed if we roll over when the administration attempts to hobble the EPA or reverse even modest US actions to counter climate change.