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Who is the Space Traveler?

It's the hero, the astronaut. He's the man who defies all odds and travels in a tin can into the most inhospitable environment humans could imagine. There's no life there; it's empty, lifeless and dead. The tin can contains an abbreviated biosphere capable of supporting human life for a limited amount of time.

With the exception of the moon walk, there's not really been any human exploration of space. The experience is always highly mediated by the technology required to sustain human life. In the past (on earth), explorers had sensual experiences that involved direct interaction with the explored environment. Space exploration has mostly been a visual and interior experience. A more direct immersion in “space” would result in the instant death of the explorer.

The “I” who decides to on embarkation and narrates the story of space travel appears to be a cartesian subject. The astronaut must put his unconscious into abeyance for the duration. The unconscious must remain unconscious, only the trained ego of the astronaut flies, all internal demons are locked up. It's the pre-Freudian human who travels in space.

A little more difficult is the issue of the microbiome. We humans contain multitudes. We are both humans and a cooperative life form that requires a functioning of a vast internal ecology. When the human travels in space so do the hundred trillion microorganisms that live in his intestines. We do the best we can by scrubbing off the bacteria and crustaceans that live on the outside of our skin, but the creatures on the inside have to go along for the ride.

It's quite conceivable that the first life forms from earth to colonize mars will be bacteria that have hitched a ride on our rockets. Those bacteria will be the evolutionary seed that may start a whole new chain of events in a radically different biosphere. Martians will evolve to survive on mars. It's not that they'll be specifically adapted or “tooled up” to the martian environment. Evolution doesn't work that way, it's not an optimization algorithm looking for a single best solution. Multiple correct solutions can and will coexist. There are millions of right answers to the question of what a martian looks like.

Our scientists want to eliminate the possibility of “contaminating” Mars because it will complicate our search for life there. In this too we want to eliminate our unconscious. Somehow every aspect of ourselves and our voyage must be conscious and accounted for. Scientists are very good at this kind of self delusion. Once they fail at non-contamination, we'll hear about how they can keep track the natives versus the aliens.

Of course from a slightly different angle one could see human bodies as the space ships created by bacteria for transport to mars. Humans have been selected because they're quite clever with machines. Bacteria have survived in space and could easily flourish on mars. Except as transport, humans aren't very well adapted to the task.


Readings: Tabs Won’t Close

Occasionally browser tabs get stuck–they can't be closed. It's not a technical issue with the software; it has to do with the text on the web pages. Sometimes an essay creates resonances and reverberations that unfold over a long time. These ongoing echoes defeat the click that might close the tab. It's as thought the text has too much life to send it back into the darkness of the Network.

Here are a few tabs that seem to have set up permanent residence in my web browser.

“The New Inquiry” Malcolm Harris's essay “Turn Down for What?” is a thoughtful exploration of the strain of Marxist thought called Accelerationism. It's a crucial analysis because it perfectly mirrors the ecological arguments of the techno-optimists. The “Accelerate” crowd believes it's only by inflating the bubble faster that we get to the revolutionary moment when it pops. For the techno-optimists we must double-down on technos to undo the damage we've done to our biosphere. The only solution for too much speed is faster speed.

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The PoemTalk podcast's close reading of Lydia Davis's “A Position at the University” is a reminder of what writing can be and do. We encourage reading as a necessary social skill, but there's reading, and then there's reading.

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Extinction Events and the Human Sciences” by William E. Connolly and Jairus Victor Grove begins the process of finding a new footing for thought in the age of Hyperobjects. The ecological thought forces itself into discourse across the spectrum and asks us to take another look at where we're standing. Think of this as the beginning of the anti-Cartesian meditations.

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The Verso site gives us Jordan Skinner's interview with Giorgio Agamben. It's called “Thought is the Courage of Hopelessness.” Everyone should spend a few hours looking at the world through Agamben's eyes–he's that important.

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The London Review of Books publishes Judith Butler's thoughts on Jacques Derrida's “On Cruelty”. After reading David Graeber's “Debt,” Derrida's explorations continue opening up the question of the strange equivalences we perform when trying to balance the books. The amount of destruction we've unleashed to arrive at what we perceive as a “fair and balanced” equilibrium is horrifying. Forgiveness emerges out of the discourse as the impossible act that must nonetheless be performed.

‘Whence comes this bizarre, bizarre idea,’ Jacques Derrida asks, reading Nietzsche on debt in On the Genealogy of Morals, ‘this ancient, archaic (uralte) idea, this so very deeply rooted, perhaps indestructible idea, of a possible equivalence between injury and pain (Schaden und Schmerz)? Whence comes this strange hypothesis or presumption of an equivalence between two such incommensurable things? What can a wrong and a suffering have in common?’ By way of an answer, he points out that ‘the origin of the legal subject, and notably of penal law, is commercial law; it is the law of commerce, debt, the market, the exchange between things, bodies and monetary signs, with their general equivalent and their surplus value, their interest.’

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The idea of entropy suggests that the power in these tabs should eventually dissipate. Typically we lose interest when the signal becomes too weak to attract our attention. The flavor seems to be worn out of a thing and it fades into the background. When the tabs are closed on these essays it will be because their constant blazing energy will be too much to bear as I attempt to read, mark, learn and inwardly digest the thoughts.


Computers Augmenting Humans: Humans Augmenting Computers

Technology writer and venture capitalist Om Malik opens a recent blog post on big data and big responsibility with the following paragraph:

“You should presume that someday, we will be able to make machines that can reason, think and do things better than we can,” Google co-founder Sergey Brin said in a conversation with Khosla Ventures founder Vinod Khosla. To someone as smart as Brin, that comment is as normal as sipping on his super-green juice, but to someone who is not from this landmass we call Silicon Valley or part of the tech-set, that comment is about the futility of their future.

Malik goes on to explore the idea that, aside from some half-baked libertarian ideology, the big technologists don't really have a moral vision of the future. He doesn't come out and say it, but the powerful technology that will have a profound influence on what you see and buy is under the control of 13-year-old boys (in the bodies of adults). This technology may very well create the boundaries of your imagination and make you its plaything within them. Malik is too timid to speak truth to power, he makes vague gestures about how somebody oughta do something or some sorta bad thing might happen. He deserves some credit for bringing the issue up, but none of the titans of technology are going to lose a wink of sleep over his blog post. In the old days, we'd call his post tomorrow's fish wrap.

Imagine instead someone a hundred years in the future looking back on this moment. Think of it as a moral thought experiment. That future that Brin spoke of, a dominant Orwellian consumer-oriented big data cultural hegemony, has become the air we breathe. It's our everyday prison house.

We often talk about what we would do if given access to a time machine. A typical response has been a plan to go back in time and kill Adolf Hitler prior to his rise in Germany, thus changing the course of history, and possibly saving millions of lives.

Looking back on our day from the future, at the moment when Sergey Brin talks about the global networked computing machines that Google is in the process of building, do we think: we should have stopped it right then and there. Malik seems to think Brin and Page are “really smart guys,” but they aren't smart enough to pull the emergency break and take a good hard look at what they're doing.


Galaxies Cheek by Jowl & Other Tales of Space

Occasionally there's news from elsewhere that has the potential to change our outlook on things. Our stance toward our planet and the biosphere rely on certain ideas that we take as an unquestioned foundation. No news story could undo these foundations; that process takes hundreds of years. But reading planet news from time to time can help keep things in perspective.

We call it “Space” or “Outer Space” because for some reason we believe it to be mostly empty. It's a vacuum, a void, a vast nothingness — it's a stark contrast to the thing-filled existence we partake of here on planet earth. On the other hand the Hubble Telescope photograph of 10,000 galaxies makes the universe seem downright crowded. Depending on scale and perspective, the thing we all “space” might more accurately be called “full”. The cosmic void shows itself to be more of a moral and psychological entity than a feature of the universe. Our imaginations are given a certain kind of shape through the use of the word “space” and its implied emptiness.

We assume we will travel through space to other planets, solar systems and potentially to other parts of the galaxy. And, as movies tell us, we will travel to other galaxies via wormholes in the space-time fabric that will allow us to traverse vast expanses in much the same way that a movie cuts from one scene to another.

One thing we've recently learned is that in these early stages, as we think and plan for extended space flight, we probably don't want extroverts on board. While extroverts make excellent protagonists for movies, they would create unacceptable levels of interpersonal friction on long space flights. It's interesting that a desirable human quality for exploring outer space is a highly developed inner space. When we leave our biosphere, our ecological systems, earth-scale gravity and our social relations to travel within an exclusively technical and pragmatic space craft, all that's left to ground us is our inner space. There's a weird connection between the inner and the outer that seems downright Kantian in nature.

The philosopher Giorigio Agamben, in an interview with Verso, thinks about light that is always already sheathed in darkness for humans. As the universe expands, there exists light that travels towards us, reaches out to us, but will never be seen. It will never reach us. Through our reason, we posit that this light must exist, but we will never experience it. There isn't even the possibility of experience, and yet there it is — an object of our thought. Just as the cosmic void plays a role in our inner ecology, this forever unseen light seems to have a place as well.

Verso: According to you, to be contemporary means to perceive the darkness of one's epoch and not its light. How should we understand this idea?

Agamben: To be contemporary is to respond to the appeal that the darkness of the epoch makes to us. In the expanding Universe, the space that separates us from the furthest galaxies is growing at such speed that the light of their stars could never reach us. To perceive, amidst the darkness, this light that tries to reach us but cannot – that is what it is to be contemporary. The present is the most difficult thing for us to live. Because an origin, I repeat, is not confined to the past: it is a whirlwind, in Benjamin's very fine image, a chasm in the present. And we are drawn into this abyss. That is why the present is, par excellence, the thing that is left unlived.

The adaptability of humans to different environmental conditions on earth seems to our ace in the hole as a species. Even as we permanently reconfigure the climate of the earth through global warming, global trade and agrilogistics, we seem to have faith in our ability to adapt to whatever earth, whatever biosphere that the future holds. We even look toward other planets and speculate about how we might migrate should this earth become intolerable.

One thing we've learned about space and space travel that we don't like to talk or think about is that space doesn't want us. It isn't good for our physical bodies to live in zero gravity. Human bodies are made up of numerous organs, circulatory and sensory systems. Each of these start to adapt to zero gravity in they're own way. They don't coordinate, the body isn't singular in that way. Astronauts begin to experience blurred vision because the eye depends on gravity as an essential part of its functioning. Bones depend on gravity to remain dense and strong. A simple way to think about this is to imagine what a human would look like if it had evolved in zero gravity. For instance, can you imagine what giving birth in zero gravity would entail?

In our fantasies about space travel we've solved the problem of gravity. Somehow earth-like gravitational force is simulated and we can run, jump and throw a punch just like we do on our home planet. In the fantasy of space flight we delete the inconvenient parts of being a human, the non-adaptable parts, and imagine what human-created heaven might be like. Someday soon we may need to think about the limitations of our adaptability. In our movies we imagine this Achilles Heel through unstoppable deadly plagues, zombies, revolutions by intelligent apes and chimpanzees and alien invasions. When there's a solution, it generally involves turning science and technology up from 10 to 11. Somehow our limitations are always erased instead of embraced.


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