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Phase III – Stealth Is.

“In the quietude, you may find solace in knowing.” “In knowing, you will find the solace of quietude.”

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Category: Singularity

Humans have sent probes to planets and asteroids throughout our solar system. But we’ve never come close to propelling a manmade object as far as another star.

But if NASA and DARPA – the agency responsible for some of the early innovations that led to the Internet – have their way, in the next 100 years, a spaceship would stand ready to visit another star.

The two agencies have teamed up on a 1 million-dollar project called the 100-Year Starship Study to begin contemplating technologies and organizational strategies to make the mission happen.

For three days, scientists from universities, NASA centers and private institutions will discuss the merits of fusion versus nuclear thermal propulsion, as well as the social and psychological implications of sending humans on a one-way mission to the stars.

Religious and philosophical aspects of interstellar travel will also be discussed.

“The 100-Year Starship is about more than building a spacecraft or any one specific technology,” Fox News quoted DARPA officials as writing in a statement.

“Through this effort, DARPA seeks to inspire several generations to commit to the research and development of breakthrough technologies and cross-cutting innovations across myriad disciplines,” they added.

But a note to would-be space travellers: It’s too soon to sign up for the trip.

“Neither DARPA nor NASA are actually building a 100-Year Starship,” DARPA officials wrote.

“We are planting seeds for an organization. Consequently we are not taking starship crew applications at the present time.”

When the human brain formulates a thought, learns a new skill, or digs deep in its archives to recover a memory, it does so in a uniquely dynamic way. There are billions upon billions of neurons in that head of yours, and the strength and number of each one’s connections with other neurons is constantly in flux. The plastic nature of these neural networks allow for computation and memory to become closely intertwined, the result being a fantastically efficient and powerful “processor.”

Computers, by comparison, must trudge through information one bit at a time, channeling each bit back and forth between connected, but discrete, processor and memory units. The more complicated the task, the more bits of information the computer needs to shift back and forth between its distinct components.

Some people may object to the use of the word “trudge” to describe the way a computer goes about making sense of information, but compared to the efficiency of the brain there’s just no other way to describe it. Sure, modern computers may go through impressive amounts of information at impressive speeds, but that’s due in no small part to the enormous quantities of power that this process requires.

Consider, for example, that Watson needed 16 terabytes of memory, 90 powerful servers, a total of 2880 processor cores, and mind-boggling quantities of electrical power just to wrap its big computery head around the concept of wordplay. The idea of fitting all that hardware inside a space as small as your head (no offense) and making it run on 10 watts of power has long been the stuff of fantasy.

But all that could soon change in a big way, thanks to developments in the field of cognitive computing. Today, a team of scientists led by IBM researcher Dharmendra Modha have announced the creation of two demonstration chips that not only store and process information in close parallel, the way a human brain does, but actually possess “neurons” and “synapses” (the artificial neurons and synapses numbering in the hundreds and thousands, respectively) that will soon be capable of forming, strengthening, and breaking connections on the fly. What’s more, it does it all with about 1000 times less power than your conventional computer.

The architecture behind these microchips flies in the face of everything we know about today’s step-by-step, sequential methods of computing. The researchers have called the design a “neurosynaptic core.”

The public probably won’t see these neurosynaptic cores in its technology for at least another ten years. (DARPA, on the other hand, which has funneled over 40 million dollars into the cognitive computing project, may be an entirely different story.)

According to Modha, the team’s eventual goal is “a human-scale cognitive-computing system.” What does that mean? It means that IBM believes these revolutionary chips represent the beginnings of something huge. Like, a chip with 10 billion neurons and 100 trillion synapses huge; as in a computer-the-size-of-a-shoe-box-that’s-about-half-as-complex-as-a-human-brain huge.

From acceler8or.com – a new site from R.U. Sirius.

“People will say, “I feel like a woman trapped in a man’s body’… And I say, ‘I feel like I’m trapped in a body.’ ”

While he’s best known as the musician who helped start both the industrial music and the acid house music subcultures, Genesis P-Orridge is foremost a hero of the post-punk counterculture, a true mutant, an experimental artist, and an androgyne (“I prefer pandrogyne where ‘p’ is for positive/power/potent/precious.”) If you don’t know about Mr. P-Orridge’s oeuvre, you haven’t just missed a career, you’ve missed an entire dimension of hyperreality.

His pornographic postcards earned perhaps his first serious public attention (from the law, of course. Beat luminaries and collaborators William S. Burroughs and Brion Gysin aided in his defense.) His performance/art group COUM Transmissions involved physically challenging, graphically sexual and upsetting presentations executed to the accompaniment of assaultive sound collages just before hippie gave way to punk. With Throbbing Gristle, the first industrial rock group, P-Orridge became something of a punk pop star.

Most of us would be content to live out that role for a decade or so but P-Orridge moved on. As an expression of his interest in magickal practices —particularly as prescribed by the eccentric Englishman Austin Osman Spare, he started Thee Temple Ov Psychic Youth; an “anti-religion” dedicated to novel forms of magickal invocation frequently involving the transference of sexual secretions through the mail. And then, back to music: with Psychic TV, P-Orridge proselytized for the Acid House movement, which he helped to import from Detroit to England. Today’s rave culture is its (mostly rather pallid) successor.

In the early ‘90s, chased out of England by Scotland Yard for obscure fictive reasons, P-Orridge settled in the USA where he became a close friend with Timothy Leary and continued to perform with variations of his Psychic TV lineup. In the early 200s, P-Orridge messed with his own gender identity, dressing continually in women’s clothes and then getting breast implants. He and his wife, Lady Jaye Breyer P-Orridge, who passed on in 2007, were transforming their physical appearances to be as similar as possible. Since her death, Genesis has been incorporating her into everything he does, referring to himself as “us,” and insisting that “SHE IS (STILL) HER/E”

P-Orridge is an unusual mix: he’s taken punk provocateurism to its outer limits but his manner is that of an androgynous British pop star. And beyond all the pop culture referents is a serious, almost classical explorer of consciousness and what it is to be a human being.

I interviewed him for The Thresher in 2003, after the release of Painful but Fabulous: The Lives & Art of Genesis P. Orridge, published by Shortwave/Soft Skull Press.

Recently, I’ve found myself thinking about a number of elements of this interview, particularly Genesis’s idea that he is resisting his DNA. I decided to revisit and re-edit this conversation for Acceler8or.

Read the interview here









Squid go into space – for the sake of humanity

Oldest, Oddest Fungi Finally Photographed

Quantum data storage: single-molecule magnet uses depleted uranium

Covert hard drive fragmentation embeds a spy’s secrets

New bill upgrades unauthorized Internet streaming to a felony

Worlds With Two Suns May Sport Black Plants

Smartphone app produces 3D scans

Orgasms unlock altered consciousness in fMRI study

World’s smallest 3-D printer

Sharing Information Corrupts Wisdom of Crowds

Electrical Jolt Helps Paralyzed Man Stand and Move

How a New Jobless Era Will Transform America

Sony CEO Warns of ‘Bad New World’

The cost of bin Laden: $3 trillion over 15 years


R.U. Sirius comments:
The Greek notion of “hubris” is rooted in the religious idea that humans shouldn’t transgress the “presumption of the gods.” In Greek mythology, hubris was represented by Prometheus, “the bringer of light.” Greek mythology blames Prometheus for bringing science, mathematics, medicine and general productivity into the world. To the Greeks, Prometheus was their greatest sinner. In Western Christian mythology, Lucifer (“light bringer”) most closely resembles Prometheus.

The revolution in human thinking that was the Enlightenment partially overthrew the notion that knowledge and productivity should be controlled by authorities acting on behalf of a God that held these things suspect. Of course, in reality, the Enlightenment’s embrace of scientific and technological advances has been engaged in a tug of war with opponents clinging to a fundamentalist, religious suspicion of these things. The ambiguous social and environmental effects of technological civilization have added a third stream of discourse – people who are essentially secular rationalists who find, to varying degrees, some types of knowledge and technology at best suspect and sometimes worth opposing. These social critics of the technological exuberance of modern day Prometheans will likely warn against human “arrogance” as opposed to hubris.

While I have long been a supporter of radical technological change, I see a tendency towards arrogance (and not in a good way) in some aspects of transhumanist culture and as expressed by some (but not all) transhumanist narratives. Broadly speaking, I would say that a faith in God (or gods) which cannot be substantiated has been supplanted by a similar faith in the human brain, its perceptions and the measurements of the instruments those brains devise.

In some ways, this faith in the brain seems directly reflective of a faith in God. If our brains — or the combination of our brains with our bodies and the environment — are a biological accident, an emergent property of a set of patterns that have survived and spread according to Darwinian principles, from whence comes the assumption that these brains can possess anything more than a fragmentary comprehension of reality or existence? I would say, obviously, it comes from an unexamined faith that there is something particularly “blessed” about human thought, even if this goodness or completeness isn’t provided by a benevolent deity.

Well, anything is possible. Because I don’t put my faith in the equipment that I was born into (nor in yours), I prefer to call myself an agnostic rather than an atheist. It’s a linguistic quibble since both atheists and agnostics agree that there is no proof of a God. But really, we all know that an avowed atheist, using reason as a weapon, will hunt down and annihilate any implication that a God is likely. For me, it’s a coin flip. Unknowable is unknowable, period. In fact, rather than putting the possibilities at 50/50, I would put them at 33/33/33. There is or isn’t something that we would call God if we could understand it, or if we could understand everything about existence, we would know that it’s a silly question. Some things may fall outside our language and our logic. Reality, for example.

In a recent essay for H+ Magazine inspired by the film “Transcendent Man,” I wrote, “One of the few things that disturbs me about (Ray) Kurzweil’s theories (and desires) is the notion that we should ‘illuminate’ the entire universe with what we — or the minds that we create — presume to call intelligence.” Several commentators couldn’t imagine why I would find this idea unattractive. It’s not so much the content of the comments that interests me as the “I can’t imagine why” part of it. While I hate this cliché, it does seem to be indicative of a tendency within some transhumanist and Singularitarian circles to be unable to “think (or step) outside the box.” In this case, the box is human reasoning and measurement — a process that rests on the presumably accidental biological equipment located in the human head.

At a recent showing of “Transcendent Man” in San Francisco, Kurzweil was asked about the possibility of the existence of other intelligent beings around the universe. He rejected the notion on the basis that if such intelligences did exist, at least one of them would have gotten smart enough to fill the galaxy with computation and intelligence. Here we have the assumption not only that all intelligence would be biological, but that it would enact Kurzweil’s storyline right up to the grand finale (not to mention the assumption that the universe is not already filled with intelligence and/or computation.)

Of course, this idea of colonizing the universe in our own image comes from a desire to place ourselves back at the center of things, something the great astronomer Copernicus took away from the scientific-minded among us back in the 16th century. But will we — with unimaginably amplified intelligence — still feel the desire or need or compulsion to do this? Is there something so unambiguously wonderful about intelligence and sentience as we know and experience it that we will feel compelled to spread it everywhere?

Maybe. But for the moment, we find manifest a perverse type of faith — a type of certainty — emanating from people who are predicting a plunge into an event horizon, the major characterization of which is supposed to be it’s unknowability, or at least its radical divergence from what we can now understand.

It’s my hope that, if and when we do enter into or produce a radically distinct type of intelligence, that intelligence will be self-aware enough to recognize that all it perceives is based on the abilities and biases built into its hardware and software and not on the way things actually, ultimately, are.

In the meantime, all I can do is hope that the very suggestion that people should question the authority of their perceptual apparatus might be novel enough to infect a few readers here, because uncertainty is the mother of novel perceptions.

Via Grinding


Biological artist Eduardo Kac has combined his own DNA with that of a petunia to create a “plantimal” flower that he calls Edunia. The Edunia expresses Kac’s DNA exclusively in its red veins.

From the Artist website:

The central work in the “Natural History of the Enigma” series is a plantimal, a new life form Kac created and that he calls “”, a genetically-engineered flower that is a hybrid of Kac and Petunia. The Edunia expresses Kac’s DNA exclusively the red veins of the flower. The gene Kac selected is responsible for the identification of foreign bodies. In this work, it is precisely that which identifies and rejects the other that the artist integrates into the other, thus creating a new kind of self that is partially flower and partially human.

Genesis P-Orridge speaks on the passing of Captain Beefheart and Sleazy, new Thee Psychick Bible.

It sounds crazy, but 233 days ago a team of six scientists entered a sealed simulator in Russia. Their mission? Recreate the conditions of a 520-day round trip to and from Mars, realistically cutoff from the rest of the world. Come February they’ll finally reach the Red Planet, but the hardest part of the journey will still be ahead.

The experiment, called Mars500, is going down in a windowless isolation chamber within the Institute of Biomedical Problems in Moscow, with a team composed of three Russians, a fellow from France, one from China, and an Italian-Colombian. Communication is delayed just as it would be if the team was traveling further and further away from Earth for real; email and video messaging are the prime ways to exchange words even though the simulator is surrounded by a team of researchers, unseen by those inside. The team eats the kind of meals you’d find on the International Space Station and typically only enjoys showers weekly.

See Also:Don’t send bugs to Mars

In just a few days, the first decade of the 21st Century will be over. Can we finally admit we live in the future? Sure, we won’t be celebrating New Years by flying our jetpacks through the snow or watching the countdown from our colony on Mars, and so what if I can’t teleport to work? Thanks to a combination of 3G internet, a touch-screen interface, and Wikipedia, the smartphone in my front pocket is pretty much the Hitchhiker’s Guide to the Galaxy. I can communicate with anyone anywhere at anytime. I can look up any fact I want, from which puppeteers played A.L.F. to how many flavors of quark are in the Standard Model, and then use the same touch-screen device to take a picture, deposit a check, and navigate the subway system. We live in the future, ladies and gentleman.

But you may still have your doubts. Allow me to put things in perspective. Imagine it’s 1995: almost no one but Gordon Gekko and Zack Morris have cellphones, pagers are the norm; dial-up modems screech and scream to connect you an internet without Google, Facebook, or YouTube; Dolly has not yet been cloned; the first Playstation is the cutting edge in gaming technology; the Human Genome Project is creeping along; Mir is still in space; MTV still plays music; Forrest Gump wins an academy award and Pixar releases their first feature film, Toy Story. Now take that mindset and pretend you’re reading the first page of a new sci-fi novel:

The year is 2010. America has been at war for the first decade of the 21st century and is recovering from the largest recession since the Great Depression. Air travel security uses full-body X-rays to detect weapons and bombs. The president, who is African-American, uses a wireless phone, which he keeps in his pocket, to communicate with his aides and cabinet members from anywhere in the world. This smart phone, called a “Blackberry,” allows him to access the world wide web at high speed, take pictures, and send emails.

It’s just after Christmas. The average family’s wish-list includes smart phones like the president’s “Blackberry” as well as other items like touch-screen tablet computers, robotic vacuums, and 3-D televisions. Video games can be controlled with nothing but gestures, voice commands and body movement. In the news, a rogue Australian cyberterrorist is wanted by world’s largest governments and corporations for leaking secret information over the world wide web; spaceflight has been privatized by two major companies, Virgin Galactic and SpaceX; and Time Magazine’s person of the year (and subject of an Oscar-worthy feature film) created a network, “Facebook,” which allows everyone (500 million people) to share their lives online.

Does that sound like the future? Granted, there’s a bit of literary flourish in some of my descriptions, but nothing I said is untrue. Yet we do not see these things incredible innovations, but just boring parts of everyday life. Louis C. K. famously lampooned this attitude with his “Everything is amazing and nobody is happy” interview with Conan O’Brian. Why can’t we see the futuristic marvels in front of our noses and in our pockets for what they really are?

Jean Baudrillard, an impenetrable post-modern French philosopher who lived long enough to see his predictions in Simulacra and Simulation come true, described our current situation as hyper-reality. The present is overloaded with information and everything becomes meta-ironic-underground-mainstream-old-retro-cool faster than we can process. As all the sources of meaning get their wires crossed, the past is mined for the Next Big Thing because we know what worked once before, where as no one has any idea what the future actually holds. Patton Oswald describes the phenomenon as “Etewaf: Everything That Ever Was–Available Forever.” The past can become new because we didn’t have enough time to understand it’s value the first go around.

And therein lies the the terror of the 21st century. The era in which “the future” means anything is behind us. It no longer works as a concept because that for which “the future” used to stand – a world of wonder, scientific innovation, and marvel – is here, now, all around us. Others have noted that the Singularity is “In Our Past Light-Cone” and that our current visions of the future are actually outdated in relation to current technology. But this creates something of a problem: if it’s already the future, then what comes after the future? This question is the wrong one. It’s like asking what comes after history? More history, of course. The more interesting question is this: now that the future is here, how do we survive it?

New research has shown that it is possible and affordable for the world to achieve 100 percent renewable energy by 2030, if there is the political will to strive for this goal.

Achieving 100 percent renewable energy would mean the building of about four million 5 MW wind turbines, 1.7 billion 3 kW roof-mounted solar photovoltaic systems, and around 90,000 300 MW solar power plants.

Mark Delucchi, one of the authors of the report, which was published in the journal Energy Policy, said the researchers had aimed to show enough renewable energy is available and could be harnessed to meet demand indefinitely by 2030.

Delucchi and colleague Mark Jacobson left all fossil fuel sources of energy out of their calculations and concentrated only on wind, solar, waves and geothermal sources. Fossil fuels currently provide over 80 percent of the world’s energy supply. They also left out biomass, currently the most widely used renewable energy source, because of concerns about pollution and land-use issues. Their calculations also left out nuclear power generation, which currently supplies around six percent of the world’s electricity.

Jacobson said the major challenge would be in the interconnection of variable supplies such as wind and solar to enable the different renewable sources to work together to match supply with demands. The more consistent renewable sources of wave and tidal power and geothermal systems would supply less of the energy but their consistency would make the whole system more reliable.

Delucchi is from the Institute for Transportation Studies at the University of California, Davis, while Jacobson belongs to Stanford University’s Department of Civil and Environmental Engineering. They first began to study the feasibility and affordability of converting the world to 100 percent renewable energy sources in a Scientific American article published before the Copenhagen climate talks in 2009.

The pair say all the major resources needed are available, with the only material bottleneck being supplies of rare earth materials such as neodymium, which is often used in the manufacture of magnets. This bottleneck could be overcome if mining were increased by a factor of five and if recycling were introduced, or if technologies avoiding rare earth were developed, but the political bottlenecks may be insurmountable.