God’s Meteorologist

weatherexperiment“To understand the weather is somehow to glimpse the divine.“ I honestly don’t remember writing those words. A friend of my drew them out in a quote last year (perhaps the only time my book has every had such an honor) and they resonate with what a much better known writer has said. The Weather Experiment: The Pioneers Who Sought to See the Future was a book I bought upon first sight. Peter Moore’s story, like the science of the atmosphere, is only a small part of the whole. I glanced through the index for Increase Lapham while still in the bookstore, but despite his absence bought the tome anyway. I’m glad I did. Throughout this account of how meteorology developed in the nineteenth century religion and science are continually at play. As Moore points out, when faced with a violent storm, before any means of grasping the sheer enormity of the atmosphere existed, the only reasonable explanation was God. And it wasn’t just the clergy who believed this. Those we now recognize as scientists thought so too.

There are several key players in the drama of how we’ve come to our current understanding of the weather, but one that surprised me most was Robert FitzRoy. Everyone knows that FitzRoy was captain of the Beagle on Charles Darwin’s voyage that revolutionized science for ever. Some are even aware that FitzRoy, especially after his marriage, because a staunch evangelical Christian, parting ways with Darwin so far as to wave a Bible over his head at a public debate on evolution. I, for one, had no idea that FitzRoy almost singlehandedly invented the weather forecast. And that he did so as a government employee and doing so brought the ridicule of the scientific establishment because predicting was considered the purview of unscientific minds. It was as if the world I recognize had been whirled 180 degrees around by some unseen storm.

Any book on the weather, as I’ve learned, has to include a discussion of global warming. Climate change is real, and it is something we’ve done to our own planet. In a day when statistics can be produced showing that many scientific results are funded by companies with vested interests in the outcome of the experiments—even those at top universities—and we can see just how complex this web of financially motivated truth has become. Science is not pure rationality. It never has been, and it never can be as long as humans are the ones undertaking it. And we are beginning—just beginning—to see that there are some places where the wind blows freely through although those in white coats have assured us the room is sealed. This is a fascinating read and any book that makes me think I had the start of something profound to say is one I’ll buy on impulse any day.


The Whole Truth

In a thoughtful piece on NPR, Adam Frank discusses “Are Scientific Truths Better Than Other Truths?(.)” He describes a Ivy League conference called to discuss this point, and although I get about as much attention as adults give Barney, I’ve been blogging about this topic for years now. If only I had an institution. Or an ivy leaf. But never mind that. The topic’s the thing, and indeed it is long overdue. Science works (at least most of the time) and so we don’t require any convincing on that point. The very title of the article, however, raises the specter of the question: are scientific truths better? There’s a lot of unpacking to do and I haven’t even left home yet. First of all, “truths.” Science provides the best explanation of phenomena that we have, given the data at the moment. Since science is, by definition, falsifiable, it doesn’t provide truths. As much as scientists must begrudgingly admit it, truths are spun out by philosophers and—God help us!—theologians. The scientists who want to give us truths should probably take philosophy 101.

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Then there’s that surprisingly difficult adverb “better.” Good, better, best. These are value words. Science cannot assess value. Gold is “worth” more than the lint in my pockets because humans have agreed that it is. Inherently, both substances are made of the same thing: atoms. The lint in my pocket may have more exotic elements than pure gold, but nobody’s going to pay anything for it. Value, as has been endlessly demonstrated, is in the purview of religion, ethics, and philosophy. If you have to you can add the dismal science to the mix, but even that is just a social science. No physicist can tell you if this meal is better than that. It’s a matter of perspective. If I value my beans enough, not even your pâté will tempt me.

I want to stick with this latter word “better” just a little longer. Perhaps because as an underemployed thinker I’m especially sensitive to the subject. In what sense is science “better” than humanities? Show me a scientist who’s never listened to music and I’ll show you a sad individual. When we come home from the lab we still want the creature comforts that people have devised whether through science, culture, or even religion. If you value that weekend, be sure to thank a monotheist. Science tells us no day of the week is any different than any other. In my experience there’s a world of difference between Saturday and Monday. For this inveterate and unrepentant humanities student, that’s the truth.


Twist of Lime

witchoflimeOctober enters as a liminal month. A few remaining hours of lingering summer but more shortening days of winter’s encroaching wolf. A time of harvest and celebration. Lengthening nights bearing strange noises. It was a couple of Octobers ago that I noticed The Witch of Lime Street either on Amazon or some bookstore shelf. I knew I’d read it this time of year, but I had to find the time to appreciate it appropriately. David Jaher’s debut book, subtitled Séance, Seduction, and Houdini in the Spirit World, spins a story appropriate to this time of year. The story of Mina Crandon, aka Margery, is as misty as the ghost she apparently conjured during the roaring ‘20s. The story is all the more remarkable in that the medium who’d attracted so much attention has been all but forgotten now that mediums and psychics tout their wares “for entertainment purposes only.” No one wants a fraud misdemeanor on his or her record, just in case.

Margery emerged during a contest set up by Scientific American that offered $2500 for any medium whose effects could not be explained by science. A board of experts, including Harry Houdini, was established and the contestants tried their best. Unlike most mediums Margery was from a secure household, being the wife of a surgeon. In other words, she didn’t need the money. Some of the feats she performed, according to the records scoured by Jaher, are truly amazing. So amazing that she had nearly convinced the prize committee that she deserved the prize. Houdini, however, led the opposition. During the course of all this she had, at points, convinced Harvard faculty that she was genuine, and submitted herself to controlled conditions. Some very intelligent men, including Sir Arthur Conan Doyle, believed she was authentic. Never actually caught in trickery, evidence suggests that she faked some manifestations, but many educated observers nevertheless believed in her powers.

This engaging account has as many twists and turns as a corn maze, and features several prominent players. Houdini and Doyle clearly top the charts, but for those who’ve read about the history of parapsychology there will be some familiar names throughout. The one who is least known is Margery herself. Being an historian, Jaher can’t proclaim his own verdict on the medium’s claims. His account, however, is even and provocative. Based on the many records that were available on the subject before seances became artifacts of a more gullible age, this book will leave you scratching your head. Then, you may wonder, were those my fingers or those of someone else doing the scratching?


The Science of Being Human

Not so long ago, when I was still a professor, a colleague told me he had no interest in science. We studied religion, he reasoned, and science had little to add. I was in the midst of a research project at the time. That project was exploring how what we know of evolution (or knew at the time) might inform our understanding of ancient texts. Of course, I was working in relative isolation, noting in my cover letters to universities that my research would benefit from an institution with a cooperative and collegial atmosphere between the sciences and humanities. If you’ve read this blog before, you know how that ended. No cooperative schools ever thought such research was worth sponsoring. After all, there are younger, less expensive specialists out there examining ancient religions in microscopic detail. The rest of the world, of course, wonders why.

This divide, as so eloquently delineated by Marcelo Gleiser in a piece on NPR, is starting to grow narrower. Science is taking us, in many fields, very close to the humanities. And we can’t make sense of some of it without admitting our human limitations. This is what I so admire about Gleiser’s writing—he is a scientist who understands that arrogance has no place in intellectual inquiry. Biology, as I long ago expected, holds one of the keys of this dilemma. Our brains evolved for a specific purpose—to help us survive in a predatory world. They did not evolve into processing systems to comprehend, as one sage put it, life, the universe, and everything. No one brain can hold all that knowledge. Like it or not, that brain in human. And humans need humanities.

Some scholars among the humanities like to claim that science has reached too far. The problem is, any scholar who is a true scholar is also a scientist. We use scientific methods to understand our admittedly speculative, or at least subjective, subject matter. Science isn’t the enemy here. Arrogance is. As Gleiser has stated in other venues, we have to approach the world with humility. We know so very little. Part of that world is that beyond human reach, and part of that world is what humans have done. They’re both part of the larger picture. But humans live on a small planet that we now know is only one of many, many more throughout the visible universe. And we know the visible universe is only part of the story. But we can’t be honest if we forget that the minds trying to understand all this are, no matter how evolved, only human.

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Dead Sea, Live See

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Nothing fascinates quite like the Dead Sea Scrolls. That is, unless you’re a disgruntled Ugaritologist. Mention the Dead Sea Scrolls and the journalists will form a queue. Never mind the relative importance of Ugarit. But I digress. There is something quite dramatic about the discovery and recovery of the scrolls. It involves science and sculduggery and that utterly captivating name “Dead Sea.” This past week the scrolls were in the news again as a new technology was used to read an illegible roll. The New York Times story by Nicholas Wade describes how something like a CT scan can be used to find the ink on an unrolled scroll and software can be devised that associates the ink to its nearest surface. A little virtual unrolling and you have a legible document that has no visible letters that the naked eye can see. Turns out this one happens to come from Leviticus. Figures.

You might think this would lead to joyful leaping on the part of someone who used to make a living reading ancient documents, but such are the times in which we live that even silver linings turn to lead. Years ago I learned about Van Eck phreaking from Neal Stephenson. I thought it was sci-fi, but in fact it is a legitimate—or illegitimate—method of reading a person’s electronic device without being able to see the screen. Since so few people are eager to read my blog, I can’t think anyone would be wanting to spy on my laptop. Nevertheless, with the advent of new technology that can—think about it—read a closed book, I have to wonder about the implications. Reading some dead scribe’s Dead Sea Scroll is one thing. Your sister’s locked diary can be quite another.

Being more of a clay-and-stick man, I was pleased when it was discovered that rapid flashes of light around the circumference of a clay tablet could lead to a virtual computer model that could be rotated 360 degrees with illumination from any angle. The technology had other applications as well, of course. (It certainly wasn’t developed to read forgettable texts.) With a clay tablet we can be reasonably certain that nothing too private was being impressed. But then that’s what you’d expect an Ugaritologist to say. It seems that my days of reading ancient documents are a closed book anyway. But that’s just the problem. Not even a closed book is safe any more. If I were in any danger, I’m sure it would show in my stats before anyone bothered to park a nondescript van outside my door and scan through all the countless tomes with which I surround myself daily. But I do wonder.


Thinking about Feeling

There’s a scene in Shrek where Lord Farquaad tells Princess Fiona “You don’t have to waste good manners on the ogre. It’s not like it has feelings.” That scene came to mind recently as I was pondering how we often use feelings—emotions—to claim superiority over others. During a course on Howard Thurman in seminary, we watched a video where he retold a story that appears in his autobiography With Head and Heart, where a young white girl was sticking an African American with pins because she believed they didn’t have feelings. Although it may be dangerous to attribute motive—let me call it interpretation then—Shrek is a movie about prejudice. Ogres are misunderstood. It’s a parable, if you will. Unfortunately there are people who still believe those not like themselves lack feelings.

This is a particularly disturbing idea for many reasons. Not only does it keep alive the unacceptable social situation where African Americans are shot when unarmed, and frequently in non-criminal situations, it perpetuates the idea that others are different in a way that makes them less than human. We can take this even further since one of the mainstays of science has been to deny feelings to animals, claiming that you need rationality to experience pain. Or at least suffering. Ironically, it’s the “reptilian brain” that provides us with emotions, and rationalists are quick to downplay emotions as a form of thinking. It’s easier just to kill a snake and ask questions later.

We deny others feelings as an excuse to mistreat them. Then we deny that feelings are important at all. Even Mr. Spock got angry once in a while. In a society that regiments an economic system that really benefits only a very few, we daily bask in the midst of this paradox. It’s clear that all it takes to have presidential aspirations threaten reality is money. Spend enough and anyone will believe whatever lies you happen to trumpet. After all, that feeling of superiority that fascism promotes is exactly the way to win a mass following. You’ll have to excuse me if I’m feeling just a bit out of sorts. It’s only a feeling, and it will pass. Unless we pay close attention to our emotions, however, we will never realize justice. We know that Shrek does indeed have feelings. It’s just that we’ve forgotten how to interpret parables.

Think about it.

Think about it.


The Religion Code

People have strange ideas about what religion can and cannot do. Yes, many religions face the past—founders of various sorts gave dictates and statutes that were appropriate for all time. At their time. Few religious visionaries can see very far into the future, so their rules have to be massaged over time. When we see an Amish buggy clopping along next to a highway we suppose that this is a religion mired in the past, but we could be wrong. The BBC ran a story the other day expressing some surprise at “ultra-Orthodox Jews” and their getting into tech fields. What hath the Talmud to do with coding? Stop and think about that.

One of the aspects of this dynamic unaddressed by this story is how unescapable the internet has made learning tech. Your religion may have you following outdated principles at home, but unless your community can get on without the outside world, like the Amish, you’ll need to learn to negotiate technology. As the article points out, learning Torah and Talmud are transferrable skills. People genuinely seem surprised when what we might broadly call “the humanities” come in handy. Religion, when it requires serious reflection, builds critical thinking skills. It is only the blind adherence to principles that haven’t been thought through that leads to trouble. Even a Fundamentalist knows that this all has to make some kind of sense or something’s wrong. In fact, the article doesn’t suggest that a Fundie as a tech expert would be any cause for wonder. A humanities education might have helped with that.

Photo credit: Musée d'art et d'histoire du Judaïsme, Wikimedia Commons

Photo credit: Musée d’art et d’histoire du Judaïsme, Wikimedia Commons

One can’t speak of Judaism as a monolithic religion. In fact, religion scholars regularly speak of “Judaisms” just as they speak of “Christianities.” The various branches of Judaism hold study of scriptures in common, and the BBC article makes the point that this kind of thinking helps with problem solving. The great irony here is that when the problem solving comes in the form of getting computer glitches worked out it is considered valuable. When the problem solving merely helps people figure out how to get along in the world it is backward and parochial. Such is the strangeness of a world impressed by its own creation. The internet has brought a great many religions together. It has, I would suggest, created new religions as well. It is a myth to suppose that the rational rules of any hypertext markup language are that different than sages and rabbis arguing over the best way to make progress in a confusing world. No matter what our religion, we all need to make money, don’t we? And isn’t that the most truly ecumenical enterprise of them all?


Read Long and Prosper

“Live long and prosper,” Mr. Spock was (or will be, depending) known for saying. Many of us know the regimen for healthy living: don’t overindulge on the food and drink. Get some exercise. Try to eat the right foods. Sleep once in a while. When we go to the doctor’s office, it’s generally a physical cause that we want explained or treated. It seems, however, we might have been overlooking a way to live longer. Reading. An article from last month’s Tech Times explains that book reading—sorry folks, reading this doesn’t count—correlates to longer life, according to a Yale study. The article by Alyssa Navarro explains that concentrated reading for three-and-a-half-hours a week can be connected to living longer. Those of us who read may not have that fringe benefit in mind, but it does stand to reason.

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Since people love correlates that sound alike, the way that we describe aspects of our lives is often quantity verses quality. In terms of quantity, consciousness seems to drive us to claim as much life as possible. It’s hard to let go. Connoisseurs, however, often prefer quality to quantity. While there may well be other options than these two q’s, it seems to me that those of us who read tend to do it for the quality issue. Quantity may be a fringe benefit. My job requires a long commute most days, and I bury myself in books. If I pick one that really captures my interest, I’m amazed at how quickly even an intractable commute can go. On those days I work at home, I have to admit, I miss the reading time. I try to read with the same level of concentration when I power the laptop down, but there is something about being in a situation where you’re forced to read that somehow enhances the level of concentration. It’s training, I suppose. We often think that once we’ve figured out how to read then it’s just a matter of doing it. To really get into a book, however, requires effort.

If I’m at home and I sit down for a marathon reading session, I inevitably get sleepy. Since I awake quite early this isn’t something I think I need to see my doctor about. Of course I get sleepy on the bus, but I’ve seen how ridiculous most people look when they sleep in public, and I don’t want to be one of those. If the book I have is a good fit, I barely notice how tired I am, surrounded by my aluminum walls and the wheels that go round and round. Maybe that’s because my mind is elsewhere. I don’t commute for my health. On the days when I don’t take the bus I try to get out and jog. My healthcare regimen, I think, could use a little more book reading. At least that’s as good an excuse as I can come up with for what many people, ironically, consider a kind of illness. May we “bookworms” read long and prosper.


News from around the Universe

In the last couple of weeks two large-scale news items caught my attention. One describes how a newly discovered galaxy is made up of mostly dark matter. The other tells how a new fossil find in Greenland may push the origins of life on earth back to 3.7 billion years ago. If you read my blog, you know that I’m a frustrated scientist. I’ve always tried to follow the developments in the field and even considered it as a profession until I ran into the wall of mathematics. Ran into the wall, banged up the car beyond repair, and was barely able to walk away. That’s the breaks in a world where ambition and ability aren’t the same thing. So I have to take my science like baby-food, mashed and strained before it makes its way to my brain. I know I’m not alone in this—the whole field of “humanities” proves that. (Originally science (astronomy) was one of the humanities, but oh how we’ve grown!)

Into the storm

Such frightening things as mathematics aside, these are exciting stories. I’ve been looking around this galaxy quite a bit, and I can believe dark matter outweighs light matter and I’ve never even been off the earth. The story is encouraging because it shows just how much we have yet to learn. Nothing could be more exciting for an erstwhile educator. The opportunity to stretch one’s mind should never be taken lightly. At the same time as dark matter is growing, so is the age of life on earth. I have to admit that I’ve not even been to Greenland, but the idea that life began so soon after the earth formed has cosmic implications. If we were such fast starters, doesn’t that suggest that elsewhere in the universe the same may be true? Ironically, here on earth uniformitarianism is considered a foundation of science. But once you get off earth scientists are reluctant to say the same processes could have happened elsewhere. But what do I know? I’m still trying to figure out trigonometry.

Earthbound I may be. Humble humanities specialist from start to finish. Nevertheless it is an amazing time to be alive. Once we’ve figured out that human brains—products of evolution that they are—aren’t capable of ultimate comprehension, we’ll be able to bask in the light of billions and billions of suns and raise a glass with our cosmic neighbors, made of light matter or dark, and proudly say that we’ve made some real advances at last.


Intelligent Life

arewesmartPerhaps the most pervasive trait of religion is its ability to construct worldviews. Even when the religion is eventually abandoned, the worldview remains. Most scientists would deny that religion lies behind their perspectives, but in the case of human exceptionalism it remains the most logical cause. I always eagerly await new books by Frans de Waal. Ever since I read his book on empathy and apes, I couldn’t wait for the next one. His latest book, Are We Smart Enough to Know How Smart Animals Are?, although the title is a mouthful, does not disappoint. As I’ve noted before about his works, de Waal is perhaps the most sensible person writing in science today. He considers the evidence and takes his own biases into account. In a competitive world where science money is often doled out to those who can exclude others, de Waal is willing to leave the door open when the evidence demands it.

What is really ironic is that evolution has become the line in the sand between biblical literalists and science. As de Waal points out, the idea that people are different from the animals from which they evolved—in some qualitative way—is an idea based on religion. Many scientists still hold to it in a way that can only be described as, well, religious. This is very strange when evolution works by gradual changes over long periods of time. When did humans gain whatever trait that separates them from “the animals”? When I was a child it was tool use. When that was disproved, it became language. When that was disproved it became consciousness. The latter is the safest since nobody really knows what it is. As de Waal amply demonstrates the Behaviorist school was clearly wrong about animals (including humans). What no Behaviorist wants to admit is that the idea that we alone are conscious comes from the cultural interpretation of the Bible.

Are We Smart Enough to Know How Smart Animals Are? is, like many of de Waal’s books, full of wonderful observations of the ways animals actually behave. They solve problems. They learn from experience. They anticipate the future. In some cases they have been shown to outperform humans on cognitive tasks. And yet we still insist that people are somehow different. Better. Interestingly this is one area where religions and science tend to agree. People are just more important than animals. I wonder if one of the underlying reasons—not addressed by de Waal—is that we have come to depend on a lifestyle that unfairly exploits animals. After all, we eat them, use them for work, and even experiment on them. If we admit that they are intelligent we would need to, yes, rethink all of this. Given what’s happening in the world today, it is perhaps time to admit what we don’t really know.


Finite Gods

Just how many gods are there, anyway? Well, that’s not really a fair question. For one thing, do I mean “real gods” or gods that people believe in? Do I mean “believe in” or made up? Do I mean “made up” or intentionally fabricated? And the nesting questions could go on and on. Over the years in my professional capacity as an erstwhile teacher, I accumulated books listing the deities of various cultures with brief descriptions. I once even argued that using “god/goddess of” (the divine-genitival construct) as a phrase distorted ancient concepts of divinity. The fact is people have believed in many gods in many different ways. As modern scholars of religion we’ve only begun to reach the heavens (or underworld, or anywhere in between, for deities may be found anywhere). This issue comes to mind because a friend recently shared a story from IFL Science about a new Etruscan goddess. The piece by Ben Taub mentions a stone recovered from Poggio Colla, a site in Italy, written in Etruscan. The stone seems to mention a new “fertility cult” goddess. And once again religion and science have met, but not quite kissed each other.

Photo credit: Jastrow (2006), Wikimedia Commons

Photo credit: Jastrow (2006), Wikimedia Commons

Let’s begin with the Etruscans. Before the Romans, Etruscans lived in Italy, giving Tuscany its name. We know very little about them, as their language (Etruscan) is rarely found and imperfectly understood. Some of the classical gods may go back to Etruscan originals, and the Etruscans seem to have known of at least some of the cultures of the ancient Near East, or ancient West Asia. We have no idea how many deities the Etruscans recognized. Polytheism, for all its heathenish exuberance, never had a problem with adding more gods. Interestingly, the “new” goddess mentioned here, Uni, is someone I used to talk about in my Rutgers classes on ancient Near Eastern religion some five-plus years ago. Pardon my crowing—I seldom get to suggest I was ahead of my time.

What really interests me here is that websites that advocate science still take an interest in religion. Although belief is relegated to inferior minds (generally) science does admit, from time to time, that it’s interesting. The study of religion, in at least some schools, is a scientific enterprise. No, we don’t put gods under microscopes (telescopes might be more useful) but we use the same techniques as empirical studies of nature use in order to try to draw some conclusions about religion. Despite the fact that the vast majority of humans on the planet are believers, higher education has consistently under-funded or disbanded departments who apply rational thought to religion. We suppose that someone else can pick it up and study it, coming to useful conclusions without putting in all the homework. Don’t mind me, though. I’m just basking in the light of having known about Uni years before she was discovered.


Evolving in Place

ImprobablePrimateEnvy is not a word I would use to describe how I feel about those trying to piece together the earliest stages of humanity. Evolution, naturally, is a given. Once beyond that, however, the landscape gets dicey. Clive Finlayson is an author I don’t envy. I just finished his The Improbable Primate: How Water Shaped Human Evolution, and it felt like he had to put this immense puzzle together while missing about nine-tenths of the pieces. Early human fossils are rare and it doesn’t take much to throw a laboriously constructed scenario into yesterday’s mistaken hypothesis bin. The central premise of the book, as stated already in the subtitle—human evolution followed water—seems about as firm as any idea. We need water daily and our bodies evolved to help find it efficiently. It’s a fascinating story. Along the way I learned that much of what I’d previously learned about ancient human development was probably wrong. I’m only a casual evolutionist.

Finlayson suggests—and not all biologists would agree with him—that all humans living on earth at any one time (with one possible exception) were of the same species. That is to say, the model I grew up with of separate species (Neanderthal and Cro-Magnon were the usual suspects) duking it out over scarce resources doesn’t match growing evidence very well. We Homo sapiens seem to share some Neanderthal DNA and that paints a somewhat more romantic encounter between the species than the violent one I learned. The same goes for other human ancestors, according to this little book. Our first instinct may not be to kill the stranger. We may have lived apart for a few thousand years, but when populations come back together they “share genes,” if you get my drift. This still happens, of course. The difference is today we’ve become politicized and entitled. We don’t want people not from around here to share our stuff.

Part of that is natural, I suppose. Finlayson points out that the feeling of belonging in natal territory is something we share with other primates. We feel that we belong where we’re born. That seems to me a difficult thing to quantify, but I feel it nevertheless every time I venture back to my hometown. It just feels right. Not that we can’t adjust to elsewhere, but our nature rewards us, in some measure, when we come home. This is a wide-ranging study for such a small book. I don’t envy all the meticulous jigsaw staring without a box-top that students of human origins must do, but the results are still quite interesting. Even if the picture, when enough pieces are finally found, ends up being something different than we thought it was.


Simply Complex

What does it mean to be a man? Or a woman? Or intersex? As a society we seem to spend quite a lot of political time thinking about this. We want to regulate something we don’t even understand. An opinion piece by Rabbi Mark Sameth in the New York Times raises this question to a new level. “Is God Transgender?” the title asks. The Bible, which most of the belligerents in this battle claim to follow, doesn’t present as hard and fast a rule on sex as it might seem. As Sameth points out, the language of a number of passages seems “gender confused” and even the gods of olden times could slip from female to male and back. The Ugaritic deity of Athtar could be called Athtart, depending on her or his gender at the time. We human beings prefer our genders to be fixed, but nature doesn’t always agree.

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Not only gender identity, but gender itself occurs on a spectrum. In cases of “ambiguous” gender doctors often make the decision at birth. Gender is assigned, and sometimes made surgically. And lawmakers will use an outdated binary system to assign bathrooms. We make industrial, multi-occupant bathrooms because they’re cheaper. At the same time we raise our children telling them that bathroom use is a private function. Of course, when money’s involved the story changes. We thought we understood what gender was. Like most aspects of life, however, our understanding is only partial. Some species have such complex reproductive techniques that the term “gender” just doesn’t apply. Some species naturally change gender in the course of their lives. Which bathroom should they use? Nature doesn’t support our laws here.

For human beings the experience of gender is no doubt important. More important, it might seem, would be the acceptance of difference. A rainbow doesn’t have sharp divisions of color. Light blurs from one hue to another and we say it’s beautiful. When it comes to sexes we only want two. Black and white. As the rabbi points out, however, nature prefers the rainbow. The acceptance of difference in the face of the evidence would appear to be prudent. But many people read the Bible only on the surface (although even here it’s not as straightforward as it might appear at first). The biblical writers probably thought of gender in binary terms. In those days congenital “defects”—at least those visible to the naked eye—were cruelly set aside as a divine curse. We’re at last learning to see this “curse” as a blessing of diversity. As long as we don’t have to share bathrooms.


Mars Bars

It brings tears to my eyes. A little guy millions of miles from home. The only spark of acknowledged intelligence on the entire planet. It’s his birthday and he’s singing “Happy Birthday” to himself. It’s downright depressing. The guy, however, is the Mars rover Curiosity. It is a machine. The headline, however, jerks an emotional response from all but the coldest of individuals: “Lonely Curiosity rover sings ‘Happy Birthday’ to itself on Mars.” It’s that word “lonely.” It gets me every time. Then I stop to think about machine consciousness again. Empirical orthodoxy tells us that consciousness—which is probably just an illusion anyway—is restricted to people. Animals, we’re told, are “machines” acting out their “programing” and not really feeling anything. So robots we build and send to empty planets have no emotions, don’t feel lonely, and are not programed for sadness. Even your dog can’t be sad.

Amazing how short-sighted such advanced minds can be.

We don’t understand consciousness. We’re pretty wowed by our own technology, however, so that building robots can be brought down to the level of middle-school children. We build them, but we don’t understand them. And we may be losing part of ourselves in the process. An undergraduate I know who works in a summer camp to earn some money tells me a couple of disturbing things. Her middle-school-aged charges are having trouble with fine motor skills. They have trouble building basic balsa-wood airplanes. Some of them can’t figure out how paperclips work. One said she couldn’t write unless she had access to a computer. This camp worker’s supervisor suggested that this is typical of the “touchscreen generation.” They’re raised without the small motor skills that we’ve come to take for granted. Paperclips, it seems to me, are pretty intuitive.

Some 34 million miles away, Curiosity sits on Mars. An exile from Earth or an explorer like Henry Hudson? Or just a machine?

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Machines don’t always do what you tell them to. I attended enough high school robotics sessions to know that. Yet at the local 4-H fair the robots have a tent next to the goats, the dogs, and the chickens. We’ve come to love our devices. We give them names. They seem to have personalities. Some would claim that this blog is the mere result of programing (“consciousness”) just as surely as Curiosity’s programmed singing to itself out in the void. I’m not for turning back the clock, but it does seem to me that having more time to think about what we do might benefit us all. This constant rush to move ahead is exhausting and confusing. And now I’m sitting her wondering how to get this belated birthday card delivered all the way to Mars.


Simply Beautiful

Simple BeautyThe scientific method has been a boon to humanity. Knowing how to sharpen the rational faculties has demonstrated its benefits time and time again. Sometimes, however, overemphasis on rationality contains hidden costs. Humans are not always rational, and sometimes this is a very good thing. Culturally we’re told that reason trumps emotion and that evolution has somehow led us to this. That’s only part of the story. Marcelo Gleiser’s excellent The Simple Beauty of the Unexpected serves as a wonderful corrective to this one-sided view. Although I’ve been trained in rationalistic thinking, my humanities background lacks the credibility of similar training in the sciences. Gleiser, as a physicist, demands respect. As he notes throughout this book, physics asks the hard questions. The only proper response, he rightly declares, is humility. Arrogance in any human endeavor may make for a good story, but it is bad citizenship on this planet.

I have to confess to being one of those poor souls who really doesn’t care about fishing that Gleiser mentions early on in his book. That doesn’t mean that I don’t agree with his outlook and mature thoughts on the subject. Using fly-fishing as a kind of bait, he draws the reader in to consider some deep and meaningful questions about life. Although he describes fishing literally, he clearly has a metaphorical usage in mind as well. Rare is the scientist who will admit that science can’t answer all questions, and moreover, wouldn’t want it to. Showing the limits of rational thought can feel like taking one’s clothes off in front of a crowd for those wedded to empirical evidence. Applied science clearly works very successfully. That’s not the same as having all the answers. Gleiser beautifully illustrates this, acknowledging that the spiritual has a role to play even among the rigorously trained and actually employed of the intelligentsia. This is a very important book.

Admitting that some things happen for which there is no rational explanation, Gleiser advocates for appreciating the wonder rather than trying to force science into situations where its explanatory power fails. This doesn’t happen often—indeed, rarity is what makes the unexpected so wondrous—but when it does happen we need to, like a fisher, accept it as part of the way the art unfolds. In Gleiser’s terms, not every fishing trip is successful. If you always had success, what would be the point in trying? He ventures into the murky waters of religion a time or two, but this is catch-and-release, not for the kill. The Simple Beauty of the Unexpected is an example that includes itself. Those who read it will learn what this means.