Life signs

Image: @LydNicholas (swiped from her twitter feed)

Image: @LydNicholas (swiped from her twitter feed)

Alexandra Daisy Ginsberg and the editors of Synthetic Aesthetics pulled no punches when they launched their new book at a “Friday late” at London’s Victoria and Albert Museum. A couple of audience members interrupted to bemoan the sheer abstractness of the enterprise. Why couldn’t the panel explain what synthetic biologists actually did? A rather unfair criticism of an event that scattered living biological materials across every floor of the museum. The task of explaining where beauty sits in the world of synthetic biology fell to Drew Endy, assistant professor of bioengineering at Stanford University, California. Endy explained how, when synthetic biology began, its self-styled “engineers” treated living things as wayward and overcomplicated machines, in need of radical simplification. Now, researchers are learning to appreciate and harness biological complexity. “Ford’s original Model T motor car was simple, in engineering terms, but it was hell to operate. A Tesla is complicated but a pleasure to drive.” Standards of beauty are fuzzy, personal and intuitive. They inspire real conversations. So I imagine talking about beauty in design is useful for a discipline that’s constantly struggling with its own hype, never mind other people’s panic.

X at heart

Reading Jeff Vandermeer’s Annihilation for the Guardian, 5 March 2014

When you were a child, did you ever repeat some random word until it went strange in your mouth? Do you recall it growing heavy, as if by repetition it was acquiring the power of a spell?

“The biologist” (we’re not told her name) has spent her life staring into puddles, into rock-pools, until “I had a sense that I knew nothing at all – about nature, about ecosystems.” Now she is staring into the kind, bland eyes of her husband. He is newly returned from fabled Area X, unharmed, intact and utterly scraped out.

Area X is an abandoned and apparently unspoilt stretch of US coastline, held under strict quarantine by a mysterious government agency called the Southern Reach.

Into this place come the biologist and her colleagues: a surveyor, a linguist, and a psychologist. They are all women. And that is all. Sensitive readers will already have begun to feel their fingers prised loose from the edge of the swimming pool, when it turns out these explorers are unable to divulge their names. “Names belonged to where we had come from, not to who we were while embedded in Area X.”

In Annihilation, the first part of an imaginatively marketed and beautifully produced trilogy (the other parts are out in May and September), the novelist and publishing entrepreneur Jeff VanderMeer sets out to create a lasting monument to the uncanny by revisiting – without embellishment, and with a pitiless focus on physical and psychological detail – some very old ground. An alien invasion site. Assimilative spores. An unfurling of promiscuous alien biology.

On the first page we are told that the women’s enterprise is doomed. Their equipment is either nonsensical, or inadequate, or antiquated. Their training and instructions are sometimes vague, sometimes misleading. They cannot recall the moment they crossed into Area X, and they have no clear idea how they will leave. They cannot agree about what they are seeing (a shaft? a tower? a throat?) and three of them are all the while half-aware of being hypnotically manipulated by their team leader.

You enter Area X with them, thinking the uncanny must lurk in some particular spot. The lighthouse? The reed beds? The “tower”? Very quickly you spot your mistake, as a subtle, well-engineered wrongness turns up in every character, every deed, every observation until, at last, you find yourself afraid to turn the page.

The uncanny, by VanderMeer’s measure, is not, and never was, a thing. It is, and has always been, the actual state of the world. Familiarity is a fiction we perpetuate through psychological necessity. The closer the nameless biologist comes to this realisation, the more she falls back on her scientific training – not in any petulant, pedantic way, but rather as a means of limiting the kinds of questions she needs to ask the world, and of her rapidly transmogrifying self.

From this self-destructively objective vantage point, there can be no “us” or “them”, no threshold to cross, no home to flee to when all’s done. Science is there to handle the uncanny, and the biologist’s declaration near the end of the book – “Our instruments are useless, our methodology broken, our motivations selfish” – is anything but an expression of doubt. It is as stirring in its admission of human frailty and ambition as Beckett’s “You must go on. / I can’t go on. / I’ll go on.”

Where this story will end I cannot begin to guess. We are less than 200 pages in to the Southern Reach Trilogy by the end of this first volume, and already home is a distant memory, and an unreliable one, too: for who’s to say that home was not always X at heart?

Albert Hofmann vs The West

New Scientist sent me down the LSD rabbit-hole recently in pursuit of its discoverer, Albert Hofmann. The subs did a cracking job as usual; but here’s the  unwound version for those who have the time.

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Image swiped from Leonard Freed/Magnum

A cloud of scorn fogs our understanding of LSD. It is justified. Those who fear The Man may remember the murderous human experiments conducted for the CIA’s MK-Ultra programme. Those who deplore social breakdown will recall Timothy Leary’s plan for young Americans to “turn on, tune in, drop out” – fuelled by his insouciant purchase order, in 1963, for one million doses of LSD and 2.5 million doses of psilocybine.

What of the substance itself, and the Swiss chemist who invented it, Albert Hofmann? In March this year, Hofmann’s own memoir, LSD: my problem child, was published by the Beckley Foundation Press in association with the OUP, in a new translation by Jonathan Ott. At once stiff as a board and lush as a jungle, Ott’s translation neatly captures the romance of Hofmann’s discovery. LSD provides the capstone for  a grand European project to explore the psyche, begun by Goethe, developed by Purkinje and Mach,  von Helmholtz and Exner, and obliterated by the rise of National Socialism in Germany. LSD is also the foundation of modern popular culture, inspiring everything from the personal computer to Gaia theory. For this reason, all writings about LSD are unavoidably – often comically – anachronistic. Whole pages of Hofmann’s own, deeply felt and beautifully written memoir could be dropped wholesale into a Thomas Pynchon novel with no-one any the wiser.

In an attempt to bring the LSD story up to date in time for the seventieth anniversary of its discovery,  two of Hoffman’s close acquaintances, Dieter Hagenbach and Lucius Werthmüller, have assembled a copiously illustrated volume of stories, biographies, memoirs and reflections. Mystic Chemist is the sort of mess you get when your aspiration gets ahead of your writing time. Its by-the-numbers approach contains spadefuls of trivia of the  “Mexico is the fifth largest country on the American continent” variety. It is horrible. It is also touching, sad and angry. And – so long as it’s not the first book a reader picks up about LSD – it is pretty much indispensable.

LSD is a psychiatric and medical tool. Not a medicine, since it tends to reinforce a person’s prevailing mood. Not a recreational substance: it triggers a psychosis, still poorly understood, that exposes to consciousness, and temporarily deconstructs, the processes by which a self maintains itself. Psychedelics were used as a spiritual aid for millennia, before falling as collateral damage in the West’s “war on drugs”. But regret at such a profound cultural loss cannot but be tempered by the thought that Greece, powered by the Eleusinian mysteries, still succumbed to decline, and Mexico, in its psilocybine haze, is a violent and impoverished political backwater. LSD does not harm people; nor does it make humanity evolve. The fault is not in LSD but in ourselves, says Hofmann: in “hypermaterialism, alienation from Nature through industrialisation and increasing urbanisation, lack of satisfaction with professional employment in an increasingly mechanised, lifeless, workaday world, ennui and purposelessness in a wealthy, oversaturated society, and the utter lack of a religious, nurturing, and meaningful philosophical foundation for life.”

Summa Technologiae by Stanislaw Lem

I reviewed this mix of prescience, philosophy and irony for New Scientist’s Culture Lab.

Here’s a more relaxed version for Lem initiates:

Stanislaw Lem

Image shamelessly ripped from Aleksander Jalosinski http://aleksanderjalosinski.pl

 

Halfway through his epic cybernetic rewiring of the Western cultural project, at the top of his rhetorical curve, and scant pages before the neologisms begin to gum and tack, tripping the reader’s feet (the second half is a slog), Polish satirist Stanislaw Lem recasts the entire universe as a boarding house inhabited by Mr Smith, a bank clerk, his puritanical aunt, and a female lodger.
The boarding house has a glass wall, and all the greats of science are about to look through that wall and draw truths about the universe from what they observe. Ptolemy notes how, when the aunt goes down to the cellar to fetch some vegetables, Mr Smith kisses the lodger. He develops a purely descriptive theory, “thanks to which one can know in advance which position will be taken by the two upper bodies when the loqwer one finds itself in the lowest position.”
Newton enters. “He declares that the bodies’ behaviour depends on their mutual attraction.”
So it goes on. Heisenberg notices some indeterminacy in their behaviour: “For instance, in the state of kissing, Mr Smith’s arms do not always occupy the same position.”
And on. And on. Mathematics comes unstuck in the ensuing complexity, where “a neural equivalent of an act of sneezing would be a volume whose cover would have to be lifted with a crane.”
Science is steadily pushing us into a Goethian cul-de-sac in which, the more accurate our theory, the closer it comes to the phenomenon itself, in all its ambiguity, strangeness, and inexplicability. At this point, Lem says, analysis must be abandoned in favour of creative activity — “imitological practice.” as he would have it, “considering the phenomenon itself its most perfect representation.”
There are nested ironies here, and it’s the devil’s work to unpick them all. Then again, any reader of Lem will have guessed this from the off, and will relish the opportunity afforded by this English translation – incredibly, for a book written in 1964 by a literary celebrity and reasonably well translated elsewhere, the first in the English language. Summa’s translator is Joanna Zylinska, a professor of new media and communications at Goldsmiths. Her work is diligent, imaginative, painstakingly precise; sometimes one wishes, in the later chapters, that she would be a little more slapdash and cut to the chase a little more, but this is Lem’s fault, not hers.
Lem was a garrulous old sod who said Steven Soderbergh’s 2002 version of his novel Solaris should have been renamed “Love in Outer Space” and put up a sign outside his house warning of “ferocious dogs” (in truth, five friendly dachshunds). Though he had some important intellectual training, Lem ploughed his own furrow, conjuring with ideas that would not become common currency for another half-century:  (virtual reality, nanotechnology, artificial intelligence, technological singularity…) When he succumbs to the autodidact’s anxiety, his prose is not pretty.
But then, Lem always worked at the edge of aesthetic possibility — which is to say, he was a science fiction writer. Science fiction is notorious for biting the hand that feeds it, for deliberately running counter to all expectation, and getting lost for decades at a time in the contested, often ugly territory where the humanities leave off and the sciences begin. Science fiction prides itself on crashing and burning, again and again, against the walls of narrative expectation and good taste. It’s the Gully Foyle of literature, fearsome and deranged and perilous in its promise: a Prometheus figure shoving fire in your face. “Catch this!”
This is what the Summa throws up: a vision of intelligence as cul-de-sac. Intelligence carries conscious beings to a point where their theories are no longer useful to them, where their hard-won objectivity drowns in a glut of complexity, and the only way to forward is for them to grow into the fabric of the world.
Fermi’s paradox: “If we are alive and intelligent and making some noise, where, in all the cosmos, is everybody else?”
Lem’s answer: Look at the rocks. Intelligence is a stepping stone on a circular path back to brute is-ness.
So much for cosmic irony; there’s a local, political irony here too, which needs some more exploration.
You see, after the Soviet occupation of Eastern Poland, Lem was banned from Polytechnic study owing to his “bourgeois origin”. His father pulled strings to get him accepted on a course in medicine at Lwów University in 1940, but this brought him up against the quack theories of Stalin’s intellectual poster-boy, the agronomist Trofim Denisovich Lysenko. Lem satirized Lysenko in a science magazine and soon abandoned his medical studies.
A word about Lysenko. With the blood of millions already on his hands from collectivisation – not to mention the wholesale eradication of countless varieties of domesticated plant – Josef Stalin needed to feed what was left of his nation. He wanted food and he wanted it now. Enter Trofim Denisovich, peddling an idea of evolution already two centuries out of date. Lysenko said things change their form in response to the environment, and pass any changes directly to their offspring. No element of chance. No randomness in selection. No genetic code to learn. Giraffes have long necks because their parents stretch.
And there is no brake on this process, neither, according to Lysenko. No natural conservatism. Things want to change. They just need some kindly direction. Spin your wheel and stick in your thumbs: the living world is clay. Oats will turn to wild oats, pines to firs, sunflowers to zinnias. Animal cells will turn into plant cells. Plants into animals! Cells from soup! “How can there be hereditary diseases in a socialist society?” From the nonliving will come the living.
Fast forward twenty years, and we have the Summa, and the Summa says,
“We cannot therefore catalogue Nature, our finitude being one of the reasons for this. Yet we can turn Nature’s infinity against it, so to speak by working, as Technologists…”
And what, exactly, will this work look like? (Bear in mind here that Lysenko cited the brilliant fruit-tree specialist Ivan Michurin as his intellectual forebear):
“A scientist wants an algorithm, wheras the technologist is more like a gardener who plants a tree, picks apples, and is not bothered about “how the tree did it.” A scientist considers such a narrow, utiliterian and pragmatic approach a sin against the laws of Full Knowledge. It seems that those attitudes will change in the future.”
The Summa is not just Lem’s vision of the future; it is Lysenko’s.
Of course this (irony of ironies) doesn’t mean that the vision is merely mischevious, a bitter political joke (though I think it is that). Perhaps Lem thinks Lysenko was simply ahead of his time, reaching for a plasticity in nature that it will take another century of biological research to effect.
Predictably, from a writer who seems permanently dangling off the edge of everyone else’s intellectual curve, Lem’s minatory vision is being explored and independently invented in the oddest places. Never mind the blandishments of the Kurzweilians and the extropians: Lem calls them “homunculists”, an inspired expression of contempt. What about Ridley Scott’s movie Prometheus? What about that animate yet unliving black goo that can bring life to sterile planets, in all its savagery, appetite and guile? What about that unsmiling species of near-Gods who, having mastered birth (the sexism is deliberate and important), sets life at its own neck in the service of some unnamed Next Project? Lem would have hated it. But then, Lem was an inveterate ironist who describes the Summa itself, that most cherished project, as a “slightly modernised… version of the famous Ars Magna, which clever Lullus presented quite a long time ago, that is, the the year 1300, and which was rightly mocked by Swift in Gulliver’s Travels.”
It is not that the ironies get in the way. It’s that the world itself is ironical, and Lem, with his vision-of-the-future-that-is-no-future, is its John the Baptist. Even as you follow him, watch him rip out the signposts. Even as you beg for water, watch him defecate in each and every roadside well. Gawp in dismay as he assembles Potemkin villages on the barren skyline only to kick them into the dust. Then: walk on. (It’s not like you have any choice.) The path looks straight. You know it’s anything but. You know, God help you, that you will come by this place again.

Brilliant by Jane Brox

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Brilliant: the Evolution of Artificial Light by Jane Brox (Souvenir Press) reviewed for the Telegraph.

Jane Brox’s fascinating history is let down by its subtitle. Artificial light good enough to live and work by did not “evolve”; it was, as Brilliant ably demonstrates, the grail of an ugly, stumbling and occasionally farcical 40,000-year quest.

If the first half of Brox’s account is more engaging than the second it’s because, since Edison and Tesla fought their electrical duels in the 1880s, light has ceased to be something we make.

Most of the time, it’s not even a product. It’s a utility – ignored until it fails. Brox’s engagement with her subject never falters, but really, how do you follow tales of Shetland Islanders, threading a wick down a storm petrel’s throat and setting it alight? Or the Javanese thief whose shuttered lantern was powered by fireflies?

Brox handles this sense of diminishing returns head-on. Toughened by her earlier studies of hardscrabble American farm life, she absolutely refuses to succumb to nostalgia.

The first forms of artificial light were smelly and gruesome. According to Herman Melville, even in the bowels of a whaling ship it seemed an outlandish thing that “mortal man should feed upon the creature that feeds his lamp”.

If ever a technology were welcomed without reserve, it was the technique of making candles and lamp oils from something other than the stuff of “the barnyard and the slaughterhouse, from blood and sinew and bone”. Even pure, white candles made from spermaceti – the waxy substance scooped from the head of a sperm whale – were no match for candles made from paraffin, which first appeared around 1850.

The small, independent British publisher, Souvenir Press, is brave to have snapped up this United States title. Popular science from overseas is hard to import. Indeed, Brox does omit much European experience, missing out the 1900 Paris Expo entirely, though 1900 was a vital coming-of-age moment for electric light.

It doesn’t matter: Brox’s concern for the local, the everyday, the rural and the poor gives her book a universal appeal. There’s real passion in the way she uses the tale of power outages to unpick the excesses and inequities of California’s deregulated energy market, and traces the cringing historical correlation between an American’s access to light and the whiteness of their skin.

Enthusiasm for new and better forms of light is powerful and iconoclastic. In the 1830s, thousands were killed and maimed by newfangled camphene lamps, powered by a fuel distilled from turpentine and mixed with alcohol. The stuff wasn’t even cheap. Newness was its only selling point.

Towards the end of the 19th century, massive steel towers were erected over modest cities like Wabash, Indiana. The arc lights they supported were so bright, you could see colours at night. The enthusiastic townsfolk soon found these “second moons” unendurable: they replaced them with street lights.

Brox might have brought this story of Promethean error up to date by exploring the problem of light pollution more deeply than she does. Light pollution isn’t driven by mere carelessness. Our ancient, star-obliterating obsession with more and brighter light shows no sign of abating. Now it’s marring our sunlit hours. Across Europe, vehicles are being fitted with daytime running lights in spite of a pile of ophthalmological evidence that they cause more accidents than they prevent.

Instead, Brox reaches for a sense of closure, and suggests artificial light is losing its significance. It’s being replaced by data. “Any mariner of the 18th century would have found it impossible to comprehend that one day a marker on the Eddystone reef would emit a light equivalent to 570,000 candles,” she writes.

But stranger still is Eddystone’s new obsolescence, replaced by radar, GPS and electronic charts. “Data,” Brox writes, “would become the new lamp.”

This is neatly put, a clever capstone for a narrative that could so easily have petered out – and it’s perfectly true. In 2006, MIT Media Lab founder Nicholas Negroponte launched the One Laptop per Child campaign to promote world education and citizenship. In one Cambodian village where there is no electricity, Negroponte’s solar-powered and hand-cranked laptops are the brightest light source in the home.

 

Physics of the Future by Michio Kaku

Physics of the Future: How Science Will Shape Human Destiny and Our Daily Lives by the Year 2100 by Michio Kaku (Allen Lane) for The Sunday Telegraph.

There are books written to so tight a formula, you slide off them. They elude categories of good and bad. They just are. Anecdotes from filming programmes for the BBC, Discovery and the Science Channel provide the leavening agent for Michio Kaku’s brick of a book about how technology will change our daily lives over the next hundred years. (Thanks to that technology, some us will still be around to see if he’s right.)

Each chapter explores a set of technologies, from artificial intelligence to energy, space travel to medicine, and offers near, middle and long-term predictions. Each opens with a synopsis of a classical myth – the promise being that we will eventually acquire a Godlike control over our lives and our surroundings. Like the heroes of old, we ought to be careful what we wish for. Still, the outlook is bright. Dazzlingly bright. At times, unbearable.

In a chapter dealing with telepresence, Kaku gushingly evokes the moment when “from the comfort of the beach, we will be able to teleconference to the office by blinking”, using special contact lenses. If that wasn’t disconcerting enough, Kaku then quotes approvingly from Max Frisch that “Technology [is] the knack of so arranging the world that we don’t have to experience it”. Is the co-founder of string theory having us on?

The thing is, Michio Kaku the “science communicator” is like a character from a Hollywood film: an accomplished real-life version of the ex-hippy who directs Area 51’s secret subterranean laboratory in the film Independence Day (“As you can imagine, they don’t let us out much”).

Indeed, Kaku’s naivety is enough to chill the marrow when he explains how United States drones are “targeting terrorists with deadly accuracy in Afghanistan and Pakistan”. (A respected study published by an American think-tank last year concluded that almost a third of those killed in drone strikes between 2004 and February 2010 were civilians.)

Naivety is one side of the coin, the other is Kaku’s enthusiasm for what science and technology can bring to our day-to-day lives; lives that have always been, and always will be, directed by what Kaku calls “the caveman principle”. As he says: “Our wants, dreams, personalities and desires have not changed much in 100,000 years.”

There are strange gaps in Kaku’s account. No mention, for example, of the fact that every ecosystem on the planet is suffering measurable decline and that our natural resources are shrinking to the point where we can’t afford them. (Kaku says that cables made of carbon nanotubes are set to replace copper wiring because they’re lighter and more efficient; he says nothing about the spiralling cost of copper.) There is virtually nothing here about how technology and science, mishandled over the next 100 years, may prove to be the medicine that kills the patient.

This is a missed opportunity. The technology of the next 100 years will be environmental. It will be grown. Be they self-assembling robots or genetically engineered bacteria, many of our most recent inventions are acquiring lives and evolving behaviours of their own. Are their creators oblivious to the environmental ramifications of their work? If so, we are in danger from science getting out of control. I don’t think the scientific community is so clueless, and I don’t imagine Kaku thinks so, either. But it will take a more sophisticated book than this one to address our fears.

Physics of the Future will be very easy for pessimists to dismiss. For those who can put their anxieties aside, though, there are rewards. Kaku writes very well about exponential thinking. In the mid-Nineties, for example, he delivered a keynote address at a conference in Frankfurt, predicting that by 2020, everyone would have a CD-ROM with their genome recorded on it. The Human Genome Project had just cost $3billion, and some in the audience responded with indignation.

But Kaku had a long-term trend in the history of computing hardware on his side. For as long as computers have been around, a dollar buys twice as much computing power as it did two years ago. Examining a CD-ROM from Vanderbilt University, Kaku recently discovered that he thankfully does not carry his family’s susceptibility to Alzheimer’s. His prediction about personalised genomes was wrong: he’d been far too conservative.

Spinning I-told-you-so stories from exponential thinking is easy. Making the exponential character of technological progress stick in the reader’s head, so that they come to look at the world differently, is a more onerous task, and one Kaku accomplishes well.

Three hundred interviews with leading scientists and engineers went into this book. Still, Physics of the Future has an old-fashioned flavour. It is partisan about technology in a way that smacks of Gerard K O’Neill’s deliriously technocratic vision of space exploration, The High Frontier.

For those of us who read O’Neill in 1976 (and who of us, reading it, was not inspired?) Physics of the Future works best as a homage to that book, that time, and that us-against-the-world vision of technology. Kaku the futurist may be showing his age, but that’s not a bad thing. There’s a place on the shelves for sheer wonder, and, if nothing else, Kaku reminds us that the Seventies did wonder well.

 

Physics of the Future by Michio Kaku

Traveling back to the future? Best carry this breathless guide to the next one hundred years. The Sunday Telegraph sent me a copy: here’s the review.

Kaku then quotes approvingly from Max Frisch that “Technology [is] the knack of so arranging the world that we don’t have to experience it”. Is the co-founder of string theory having us on?

Kaku