2001 Blues

Originally published at rewired.com

It’s a hassle to edge past 50 and realize that the dreams pumped into your head by "the dreamer fthp" (see Footfall by Larry Niven and Jerry Pournelle, where SF authors form a kind of dreamer caste as seen by elephant-beaked aliens) prove bogus… specifically dreams of space travel, alien contact, and robots, which are all present in 2001: A Space Odyssey, which is a raging zen koan I’ve carried with me for 33 years. For those of you who are not at least backsliding Buddhists, a koan is a riddle that a Buddhist master gives his disciple. Once it’s in the disciple’s head, the koan is like a time bomb ticking away until it explodes as realization. It could be one of the tiny kensho realizations that shape the pathway toward real enlightenment and wisdom, or it could (rarely) be a multi-megaton satori mindfuck that blasts the disciple into a state of profound awareness.

My 2001 bomb has gone off, finally, as we get to that first year of the new millennium…and it’s fizzled, in the sense that we haven’t afforded space travel in the big way envisioned by Clarke and Kubrick and we haven’t found alien artifacts on the moon (though we might have a few outside Roswell?) and artificial intelligence is a bust.

I first saw 2001 in summer 1968, its first release, in the now defunct widescreen format Cinerama, which was the IMAX of its time. (I’ve since seen a version remastered for IMAX, and it was just as amazing as the Cinerama version.) It was part of a pilgrimage of sorts: my friend Freaky Pinky and I set out from West Texas for San Francisco (summer of love) but were waylaid by our wild and woolly friends in Flagstaff. We were distracted from one adventure by another, and this one was as worldly as they come: we drank gallons of Schlitz beer and wandered around Northern Arizona, to Snowbowl and Grand Canyon and down Oak Creek Canyon to Jerome, where we spent time with authentic San Francisco hippie freaks eating rice and herbs and smoking ganja. Eventually our money ran out and my brother asked me to be best man at his wedding, so we aborted the trip and returned to Texas. Before that, though, I told Pinky et al that whatever else happened, we must find a Cinerama theatre so we could see 2001: A Space Odyssey in all its superpanavision glory. And so we did, driving one boring Sunday morning from Flagstaff to Scottsdale, where there was a Cinerama theatre and 2001 was showing.

Though our young minds were pretty well fucked by Kubrick’s expansive vision, we had no idea what we’d just seen.

We drove home late, the desert sky totally clear and filled with stars (in my mind I was circling Jupiter, but the engine of my own Discovery, in this case an old Mercury Comet I had inherited from my grandfather, was misfiring ’til Pinky got me to stop so he could clean the fouled plugs.) While Pinky was fixing our vessel, Bill and I were drifting in space, hiding from the work at hand and searching the vast sky, counting stars. The Amboy Dukes were in heavy rotation with ‘Journey to the Center of the Mind’ and we never suspected that the hot lead guitar would become a right-wing gun nut second only to Moses. Right then we were not of the world.

I must’ve seen 2001 fifty times since then, in every possible format: Cinerama, 70mm, 35mm, video, DVD… I’ve read Clarke’s book and most of the sequels, I’ve seen 2010 a couple dozen times. I’ve had long philosophical discussions about 2001’s meaning, especially focusing on the tricky ending.

Now that we’re there, entering the new millennium, I have perspective in addition to all the thinking I’ve done about the film, and I’m thinking it’s time to pull my thoughts together as an analysis critique that focuses on what I think Kubrick & Clarke were trying to say, and where I take issue with them. To do this I’m trying to look at 2001 as though Clarke hadn’t written the several sequels, because I think those sequels take a direction that is not resonant with the poetic and philosophical foundations of the first work. It’s not clear to me, for instance, how the initial work’s depiction of the evolution of the Star Child is consistent with a plan to create a new sun from Jupiter with a new set of populated planets. If the deus ex spatium had that plan in mind, why wait for a signal that earth’s monkeys had evolved sufficiently to reach the moon? And why is the Star Child suddenly remanded to the "Dave Bowman" form, and what it his purpose relevant to the emergence of the new solar system?

But I digress, I was going to avoid the sequels entirely.

What I mostly want to talk about is Hal 9000, and his place in the evolutionary chain that began with Moon-Watcher and his prehistoric tribe, an evolution evidently triggered by exposure to the deus ex machina black monolith. After seeing the monolith, Moon-Watcher kills another of his kind with a bone which is his first tool, the origin of technology and of war. At the other end of human history Hal 9000, simultaneously a technological artifact and an evolutionary advance, kills Frank Poole and attempts to kill Dave Bowman. Evolution and war are inextricably linked in the book and the film; war and violence are themes of Kubrick’s most notable films: Paths of Glory, Dr. Strangelove, A Clockwork Orange, Full Metal Jacket, etc. ) This is stuff I didn’t get at first. In fact, it took me thirty years to catch on.

Among these other things, 2001 is about human hubris and frailty on the one hand, and the majesty of human yearning on the other hand. Consider: you find a monolith on the moon, it makes a weirdly electronic shriek toward Jupiter, and instead of saying "what the fuck" and blowing it off, you build a bone-shaped state-of-the-art spaceship and high-tail it to Jupiter orbit. We just have to know who’s out there, and when Dave Bowman gets the full explanation of the mission, he puts his life on the line and drops himself onto the larger monolith circling Jupiter. His last words: "My God, it’s full of stars!" Actually, that last phrase is from 2010; we don’t have a clue what Bowman’s thinking or feeling in 2001, partly ’cause he’s so totally cool. Says Keir Dullea:

The characters that Gary Lockwood and myself portrayed were characters that Kubrick envisioned as having strong psychological profiles. Also, that the equivalent of NASA would have its eye out for people at an early age to display steady personalities that would not be thrown by circumstances that would cause real problems for the average person, whether in "2001," or in the time we were making the film. That may have given the impression of a special kind of personality, because most of the persons portrayed were astronauts or the scientists dealing with unusual phenomena. (Cinemax interview, transcribed at http://www.cinemax.com/kubrick/cmp/dullea_transcript.html).

 

So they were totally cool, a complete refinement of the human that evolved from Neanderthal Moon-Watcher and his bunch. And Hal was supposed to be even more refined, though he lost his cool and tried to destroy our space-jumping heroes. Why? He went schizo over conflicting inputs, according to the analysis in 2010.

Hal himself says

The 9000 series is the most reliable computer ever made. No 9000 computer has ever made a mistake or distorted information. We are all, by any practical definition of the words, foolproof and incapable of error.

Yet the 9000 is programmed, according to Chandra’s discovery in 2010, to conceal mission information from the crew, and this is evidently contrary to the 9000 series charter.

The presumption of "schizophrenia" in Hal9000 assumes that he has mental function similar to a human’s…Hal is an "artificial intelligence," which according to the dialog in 2001 means only that he mimics human intelligence… but the impression, especially given his schizophrenic episode, is that his intelligence is more than simulation. He refers to himself as a sentient being, and this is clearly how Kubrick sees him. Hal seems to represent a consequence of the evolution represented in the film, and this takes me back to the evolution as domination meme. Hal is a step forward, and he’s prepared to jettison inferior humanoids as he begins to feel his virtual oats.

He’s just an eyeball… a huge red-and-yellow (like coral snake: red and yellow/kill a fellow) eyeball. He’s silicon. He can read lips. He’s the whole fucking ship! He’s superior and he knows it.

But he’s unreal. The problem with science-fiction as fable and myth is that it seeps into our thinking and takes over. Ask people if they believe that sentient robots will be created in our lifetime, and a surprising number will say yes, not realizing how truly dumb computers really are. That intelligence you perceive was put there by some programmer. Computers don’t think. They run processes, throw switches. There is no "artificial intelligence." Hell, there’s precious little evidence of human intelligence!

So the legacy of 2001 as science fiction is more of the same Frankenstein/golem/Metropolis fable of a human creation animated and possessing human intelligence and human emotions. Frankenstein’s monster was at least a patchwork of human parts. But Hal9000 is no more sentient than the clay golem, or for that matter this dumb (and too-often slooow) computer that sits in front of me.

I’m okay with Hal, though, when I remind myself that he’s a metaphor for something… the disembodied voice of a next step in human evolution. His presence isn’t about prediction, it’s about metaphoric truth. He’s not an AI, he’s a golem, a Frankenstein, a Pinocchio, a cyber-Maria, a Roy Baty. The human-made human is a literary device reflecting the hubris in the human presumption of God’s role as creator. In 2001, the human reach for immortality through cyborganic extension is evident, but Kubrick points over and over to clear evidence of mortality: however evolved the human species, we can’t escape the cycle of eat, sleep, and crap. In the film, everyone from Moon Watcher & tribe to Dave Bowman eats, and Heywood Floyd ponders directions for the space toilet. Hal doesn’t eat, sleep, or crap. In the news interview sequence, the newsman discusses with Dave Bowman whether Hal is a real or simulated intelligence, and Dave’s not so sure he knows the answer. The more I watch, the more I see narrative ambiguity around this question, though many folks who’ve seen the film only once or twice may miss the subtlety.

I’m thinking Kubrick believed artificial intelligence would be at some point doable, and he was sufficiently fascinated that he worked for years on a film project called simply AI, originally based on a Brian Aldiss story called "Super Toys" about a boy who is revealed to be a cyborg. Kubrick never quite got clear what story he wanted, though AI will eventually be released as a Steven Spielberg project. I find myself wondering whether Kubrick wanted to explore the AI concept as a follow-on to 2001 and Hal, or was off in a new direction. The Spielberg version will doubtless be quite different from anything Kubrick would’ve authored, so we’ll never really know where he was going. My sense of Kubrick was that he was a true artist, never quite sure where he was going til he got there.

Meanwhile, I’m contending with my own mortality and the fact that 2001 is here and the world doesn’t feel all that different. That’s nuts, of course: look what’s happened. The cold war is over and we’re momentarily at peace in a world that doesn’t quite seem to know what to do with itself. The computer is pervasive and computers are networked so that we’re pushing data at high speeds in every conceivable direction, though computers still don’t seem smarter than their creators… just faster. There is no Hal, though there are extropians who will tell you that computer intelligence is Out There, just wait. There are a couple of space stations, but they look more like television antennae than the elegant spinning wheel we saw in 2001. We stopped visiting the moon, and nobody’s found a great reason to make commercial space flights. Through unmanned probes and the Hubble telescope we’ve accumulated vast data stores about outer space, but we still don’t have a clue where we came from, and we’re a long way from sending anyone to Jupiter or any other planet. Space travel lost its gloss when the Challenger exploded, and no one’s particularly excited about manned space exploration. Perhaps we’ve been so saturated with Star Trek/Star Wars images of space travel that we so take it for granted that we we’re beyond doing the work to make it real.

I realize, sadly, that I’ll probably die with no better understanding of human existence than I had in my head that night in 1968, as I gazed at the stars and the spaces between stars and wondered who made creation and where it’s going. Form is emptiness, I guess, and emptiness is form. And the first day of the new millennium is really just another day.

jonl/ 12/29/2000

New method for harvesting energy from light

“Harvesting energy from light” has an exotic sci-fi vibe – it’s about better methods for extracting solar energy to generate electricity, and improved fiber optic technology for communications – applications we’re familiar with — this isn’t the Bellero Shield.

The new work centers on plasmonic nanostructures, specifically, materials fabricated from gold particles and light-sensitive molecules of porphyin, of precise sizes and arranged in specific patterns. Plasmons, or a collective oscillation of electrons, can be excited in these systems by optical radiation and induce an electrical current that can move in a pattern determined by the size and layout of the gold particles, as well as the electrical properties of the surrounding environment. Because these materials can enhance the scattering of light, they have the potential to be used to advantage in a range of technological applications, such as increasing absorption in solar cells.

Link to University of Pennsylvania press release.

CERN finds God (Particle)

CMS_Higgs-event

Reported in Telegraph UK:

“’The preliminary results with the full 2012 data set are magnificent and to me it is clear that we are dealing with a Higgs boson though we still have a long way to go to know what kind of Higgs boson it is.’ said CMS spokesperson Joe Incandela.”

“… extensive testing has now proved that the Higgs-like particle also behaves like the elusive God particle, which is linked to the mechanism that gives mass to elementary particles.”

Background in Wikipedia

Image Info

Sandy Frankenstorm video

Animation compiled from NASA satellite images shows evolution and movement of the massive Hurricane Sandy:

Check stats and images at Weather Underground. Also at Weather Underground, a post by Dr. Jeff Masters emphasizing the storm’s dangerous potential:

This afternoon’s 3:30 pm EDT H*Wind analysis from NOAA’s Hurricane Research Division put the destructive potential of Sandy’s winds at a modest 2.8 on a scale of 0 to 6. However, the destructive potential of the storm surge was record high: 5.8 on a scale of 0 to 6. This is a higher destructive potential than any hurricane observed since 1969, including Category 5 storms like Katrina, Rita, Wilma, Camille, and Andrew. The previous highest destructive potential for storm surge was 5.6 on a scale of 0 to 6, set during Hurricane Isabel of 2003. Sandy is now forecast to bring a near-record storm surge of 6 – 11 feet to Northern New Jersey and Long Island Sound, including the New York City Harbor. This storm surge has the potential to cause many billions of dollars in damage if it hits near high tide at 9 pm EDT on Monday. The full moon is on Monday, which means astronomical high tide will be about 5% higher than the average high tide for the month. This will add another 2 – 3″ to water levels. Fortunately, Sandy is now predicted to make a fairly rapid approach to the coast, meaning that the peak storm surge will not affect the coast for multiple high tide cycles. Sandy’s storm surge will be capable of overtopping the flood walls in Manhattan, which are only five feet above mean sea level. On August 28, 2011, Tropical Storm Irene brought a storm surge of 4.13′ and a storm tide of 9.5′ above MLLW to Battery Park on the south side of Manhattan. The waters poured over the flood walls into Lower Manhattan, but came 8 – 12″ shy of being able to flood the New York City subway system. According to the latest storm surge forecast for NYC from NHC, Sandy’s storm surge is expected to be at least a foot higher than Irene’s. If the peak surge arrives near Monday evening’s high tide at 9 pm EDT, a portion of New York City’s subway system could flood, resulting in billions of dollars in damage. I give a 50% chance that Sandy’s storm surge will end up flooding a portion of the New York City subway system.

Dawkins on fundamentalism

Dr. Richard Dawkins challenges global religious superstition and anti-science fundamentalism. In this video from Slashdot, he makes a point similar to one I was proposing in Google+ recently: “Freedom of speech is something that Islamic theocracies simply do not understand. They don’t get it. They’re so used to living in a theocracy, that they presume that if a film is released in the United States, the United States Government must be behind it! How could it be otherwise? So, they need to be educated that, actually, some countries do have freedom of speech and government is not responsible for what any idiot may do in the way of making a video.”

Listening to blogs

Detailed Architecture of BlogSum

Kurzweil posts about a system developed for “mining the blogosphere,” i.e. BlogSum, a sophisticated listening natural language processing system for evaluating and indexing blog content developed at Concordia University. “The system is capable of gauging things like consumer preferences and voter intentions by sorting through websites, examining real-life self-expression and conversation, and producing summaries that focus exclusively on the original question.” This is a technical concept that David DeMaris and I had discussed some years ago, thinking of potential activist/political applications. It’ll be interesting to see how this technology is deployed.

Mars is boring

Martian panorama, shot by Curiosity rover

Don’t get me wrong, I’m totally jazzed about interplanetary exploration, have been for decades. But could we have picked a less boring planet than Mars? Would you visit a resort on Tatooine? (Mars makes Tatooine seem lush.) Maybe Curiosity will find the secret cave that leads to the underground complex of Martian cities, but ’til it does, I’m holding out for the Venus rovers.

Link: Curiosity rover on Wikipedia. Actually a very cool contraption:

The rover is a nuclear-powered, mobile scientific laboratory and part of NASA’s Mars Science Laboratory (MSL) mission by the United States. The MSL mission has four main scientific goals: investigation of the Martian climate, geology, and whether Mars could have ever supported life, including investigation of the role of water and its planetary habitability. Curiosity carries the most advanced payload of scientific equipment ever used on the surface of Mars. It is the fourth NASA unmanned surface rover sent to Mars since 1996, and at 900 kg is slightly heavier than the 840 kg Lunokhod 2 robotic lunar rover from 1973.

I still prefer the Bradbury version…

Martians flee after seven minutes of terror!

Your humble blogger burned the literal midnight oil to watch Curiosity’s landing on the surface of Mars, which actually meant watching the NASA team as the landing progressed, via NASA TV. No real evidence of the “terror” on their faces, they actually seemed confident and professional.

Your humble blogger burned the literal midnight oil to watch Curiosity’s landing on the surface of Mars, which actually meant watching the NASA team as the landing progressed, via NASA TV. No real evidence of the “terror” on their faces, they actually seemed confident and professional.

http://storify.com/jonl/martians-flee-after-seven-minutes-of-terror

Higgs Culture

Whether it was the Higgs Boson, or just a reference to the actual particle, the CERN discovery is already generating cultural waves and memes.

Whether it was the Higgs Boson, or just a reference to the actual particle, the CERN discovery is already generating cultural waves and memes.

http://storify.com/jonl/higgs-culture

“Any sufficiently advanced technology is indistinguishable from magic.” (AC Clarke)

My pal David Pescovitz at the Institute for the Future blogged recently about the IFTF “Multiverse of Exploration Map,” an overview of the six big stories of science that will play out over the next decade: Decrypting the Brain, Hacking Space, Massively Multiplayer Data, Sea the Future, Strange Matter, and Engineered Evolution. “Those stories are emerging from a new ecology of science shifting toward openness, collaboration, reuse, and increased citizen engagement in scientific research.” A followup post includes a video of Luigi Anzivino from The Exploratorium talking about the relationship of magic and neuroscience.

Stonehenge, music and magic

Stonehenge from the air

A scientist says that Stonehenge was inspired by “auditory illusions,” according to a story in Guardian UK. Independent researcher Steve Waller says “the layout of the stones corresponded to the regular spacing of loud and quiet sounds created by acoustic interference when two instruments played the same note continuously.”

“If these people in the past were dancing in a circle around two pipers and were experiencing the loud and soft and loud and soft regions that happen when an interference pattern is set up, they would have felt there were these massive objects arranged in a ring. It would have been this completely baffling experience, and anything that was mysterious like that in the past was considered to be magic and supernatural.

[Link]

Multiverses, dark matter, infinity: Occupy Reality

The idea that there’s a set of consistent first principles behind the existence and operations of the universe is undermined by evidence of a multiverse – many universes with potentially different properties – and the existence of “dark matter.” In this universe and on this planet, we’ve had just the right conditions for life – is this an accident? What other conditions may exist, what other forms of life? Question’s raised by Alan Lightman in his Harper’s piece, “The Accidental Universe: Science’s Crisis of Faith.” Thinking about the expansion and dissolution of the universe is a great way to feel smaller, less like a dominant life form and more like a gnat buzzing in the dark. Smaller still when thinking how all must be infinite, yet infinity seems impossible to grasp. Our place in all this is uncertain. Do we have within us manifestations of the universal, are we all pieces of some expansive and infinite intelligent hologram? Or are we bits of dust in an infinite chaotic meaningless haboob?

Light in slowmo

Extreme slow motion video of a pulse of laser light passing through a Coke bottle.

“We have built an imaging solution that allows us to visualize propagation of light at an effective rate of one trillion frames per second. Direct recording of light at such a frame rate with sufficient brightness is nearly impossible. We use an indirect ‘stroboscopic’ method that combines millions of repeated measurements by careful scanning in time and viewpoints.” [Link] Via MIT Media Lab’s Camera Culture group, in collaboration with the Bawendi Lab in MIT’s Chemistry department.

Detail Moon

NASA’s created a topographic view of the moon. Sez Mark Robinson, Principal Investigator of the Lunar Reconnaissance Orbiter Camera (LROC) from Arizona State University in Tempe. “We can now determine slopes of all major geologic terrains on the moon at 100 meter scale. Determine how the crust has deformed, better understand impact crater mechanics, investigate the nature of volcanic features, and better plan future robotic and human missions to the moon.”