I Participate

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By Jonathan Bessette

Source: Adbusters

Recall that you’re sitting in a rapid transit vehicle, carried along the sky-line above cement highways, paved in homage to the Romans, who designed a system of militarized paths stretching everywhere, causing everything to lead back to one place. Here we are everyone, the year of the Monkey, 2016, 98 years after The Great War … too bad it isn’t the year of the Dalmatians … Mickey Mouse recently Tweeted that Disney is working on buying the rights to the Chinese lunar calendar. Imagine 12 animated classics framing each and every year for the remainder of humanity’s existence. 

At this point human society is so vast, so complex, so multilayered, that it is impossible to stay updated, engaged, and participating in every area of local and global importance. Education takes us from a place of innocence, creativity and joy, forcing us to fall into the institutional lines of desks and faced forward attention. As a nodal point of knowledge each new person will be filled to the brim with information that makes them useful to the status quo.

Neuroscience now tells us that the brain has plasticity and the neurosynaptic networks that are created through nurturing, which become identity and personality, can be changed and overwritten. Newer pathways can be formed and strengthened and older ones can be reduced. Does this mean that our free-will has a physical manifestation as identity, as culture, and every choice affects the people, animals and objects around us? Everything we think and do reinforces everything we think and do, creating a strange logical loop which justifies our lives as ourselves. Without any major impetus, what reason do we have to change? Why compromise our internally consistent narrative and accept the narrative of someone else? What stands to be different?

Surreality is becoming a more constant state as life in the present starts to look like Science Fiction of the future from the past. The last historian wandering around Paris in the 21st Century, forgotten by a technologically advanced world that cares only for materialism. A beguiled Case, the lead character of Gibson’s Neuromancer, disenfranchised because he can no longer participate in the romance of cyberspace, looking something like a hacker barred by the law to approach or touch a computer. Of course cyborgs, robots, virtual reality and AI dance at the periphery, the momentum of current technological trends, yet we titillate ourselves with the practical possibility of these totems nearing our hearts and minds.

Information overflows like never before. Some cry Apocalypse! End Times! The Rapture! But most of the world is still filling up their gas tanks, believing that the day when Climate Change will actually affect them is the day that it will be clearly outlined in a power point presentation, at their offices or wherever they work, explaining the equity found in maintaining current profit margins while in the same breath rearranging the economic vehicle of prosperity.     

“Change without Changing!” might be the Party Slogan for whoever runs for the Presidency after Obama sputters to a close.

Take my hand and run through the ever-increasing fields of soya beans, where we can hear the Monsanto genetically-modified breeze blowing the answer in the wind, whispering corporate sonatas, proving that commercial capitalism is a system of religion. Faith in Profit! The Gospel of Endless Progress! Join our Church of Business! Maybe Monsanto can use its private militia to assassinate Thomas Piketty, because of the seeds he’s sowing about capitalism being a mechanical beast that needs regulation because its fuel is the disparity between rich and poor … the larger the gap the more efficacious the fuel.

Then I think whether or not you’ll be reading this on paper or a flat-screen … whether either will be made from recyclable resources, and the argument that the printed word is less sustainable than the digital, so let’s put them to the test, right here, right now:

What can you do with a single piece of printed paper? Read it, eat it, burn it, re-write on it, make origami, a paper airplane or a boat, use it as a funnel, snort powders with it, wipe our bums? What can we do with a tablet? Access every possible available medium via the Internet and software?

It takes at least a lumber, ink, metal, and print industry to create the basic elements to manufacture printed media on a large scale. The average printed matter, kept in modest condition, can last up to 100 years and still be usable. The space that a single printed work takes up is quite large, creating the need to provide space of the material itself. When recycling an old book there are few components to worry about, making it rather simple.

It takes at least most types of mining and the processing of raw materials (petroleum, silicon, zinc, aluminum), software and hardware development, manufacturing, and the assembly of components to create a tablet. The average tablet, kept in modest condition, can remain functional until it’s obsolete. It certainly will not last 100 years, and even if it did the components, chips and circuitry would be so worn down that anything you might have used it for would no longer be possible. Of course you can store a million, a billion, even a zillion books on a single tablet, but will everyone have equal access to it? Tablets are extremely difficult to recycle, their components don’t just make up another tablet. The loss from entropy alone assures destruction, and we cannot grow more zinc, petroleum, or aluminum.

But really none of this matters, we don’t have any control over what corporations choose to do with our futures, or what medium we will use. These new, futuristic developments, intended to define human culture, are being devised and formed inside of grand boardrooms, in tall skyscrapers, by CEOs and shareholders. They, the 1%, are only concerned with whether the product they create for us will become a necessary commodity, like food, like water, like shelter … like Subway, like Coke Cola, like Single Room Occupancies (SROs).

You hear someone talking about the protest on Burnaby Mountain. People don’t want Kinder-Morgan expanding the capacity of an already existent pipeline because it will significantly increase the traffic of oil tankers in the Burrard Inlet. Someone else discusses the unrest of activist groups in Vancouver; about the substandard living conditions; the war on the poor; the two new prisons … they care about housing those who arise from poverty and have been given nowhere else to go. Anger overtakes you for a moment and you think, I don’t like this, why is there so much injustice, maybe I can do something about it…

A flabbergasted voice backtracking intellectual missives comes on over the radio, you’re not sure if it’s in your head or not:
“Revolution is just going around and around, it’s a cycle, it begins with violence and it ends with violence and it only achieves the same power structure that precedes it.”

You think about the French Revolution, the Arab Spring, Anonymous, and realize grass-roots change can rise up from the ground, from the dirt, from the dust whence we came, to challenge the oligarchical deities of the political / corporate aristocracy. We can sell everything we own and buy whole streets collectively, live there together, change the land and what’s on it together. We can join all kinds of innovative communities. We can gather in massive groups and walk through the streets, calling attention to everything corruption has built up around us. We can participate in Civil Disobedience, because the obedience that is asked of us causes harm to someone or something that is alive and is not fairly allowed to defend itself.

No matter how much Ayn Rand and Alan Greenspan and Justin Trudeau tell you that the money will trickle down, no matter how much they tell you that they are the ones who created the railroads, produced the banks, developed the industries that sustain our economies … they didn’t do a damn thing. We laid the tracks, we hammered the spikes, we drove the trains, we maintained the services, we built the buildings, we painted the walls, we fitted the plumbing, we opened the doors, we mopped the floors, we surveyed the land, we mineral tested the rock, we operated the drills, we processed the crude and we shipped the products. None of these things that they presume to own did they make or build. They didn’t put one brick in the wall, they didn’t dig one trench, and they didn’t turn one switch. It’s all ours…

Now an unsettling feeling might skitter across you when you realize that you are implicated in this whole thing. Why do we feel so disenfranchised? Why does the 1% own so much more influence, so much more than we little peons? I feel powerless but every day I participate in the construction of human society. Every action contributes to a massive effect called the singularity of my life. Don’t fall into the kinds of aporia that Jacques Ellul observes in The Technological Society, where no one claims responsibility for the projects of technology. Who made this computer? Was it the engineers, or the design team, the software developers, the hardware makers? Or was it the companies who mined the silver, the petroleum, the zinc, the aluminum, the silicon? No single person in the process can take responsibility for the whole … so no one does, they just accept it, and its justification is its presence.

Well then … we are in a pickle aren’t we? But maybe revolution is the act of taking responsibility? Clips of revolution flicker through your mind-film, you see riots, Molotov cocktails, police lined up with transparent plastic shields. You realize you do not want to risk your comfort, your coziness, your conformity, so you fit in and play nice and salute whoever is in power. Or maybe you are just not interested, you have your soma, your serial monogamy, your fair trade Americano. Besides, you’re too busy, you’ve got kids, you work 60 hours a week, you recently bought a home in one of the most expensive housing markets in the world, you already have enough responsibilities …

Fear our new robot overlords: This is why you need to take artificial intelligence seriously

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Killer computers determined to kill us? Nope. Forget “Terminator” — there’s something more specific to worry about

By Phil Torres

Source: Salon

There are a lot of major problems today with tangible, real-world consequences. A short list might include terrorism, U.S.-Russian relations, climate change and biodiversity loss, income inequality, health care, childhood poverty, and the homegrown threat of authoritarian populism, most notably associated with the presumptive nominee for the Republican Party, Donald Trump.

Yet if you’ve been paying attention to the news for the past several years, you’ve almost certainly seen articles from a wide range of news outlets about the looming danger of artificial general intelligence, or “AGI.” For example, Stephen Hawking has repeatedly expressed that “the development of full artificial intelligence could spell the end of the human race,” and Elon Musk — of Tesla and SpaceX fame — has described the creation of superintelligence as “summoning the demon.” Furthermore, the Oxford philosopher and director of the Future of Humanity Institute, Nick Bostrom, published a New York Times best-selling book in 2014 called Superintelligence, in which he suggests that the “default outcome” of building a superintelligent machine will be “doom.”

What’s with all this fear-mongering? Should we really be worried about a takeover by killer computers hell-bent on the total destruction of Homo sapiens? The first thing to recognize is that a Terminator-style war between humanoid robots is not what the experts are anxious about. Rather, the scenarios that keep these individuals awake at night are far more catastrophic. This may be difficult to believe but, as I’ve written elsewhere, sometimes truth is stranger than science fiction. Indeed, given that the issue of AGI isn’t going anywhere anytime soon, it’s increasingly important for the public to understand exactly why the experts are nervous about superintelligent machines. As the Future of Life Institute recently pointed out, there’s a lot of bad journalism about AGI out there. This is a chance to correct the record.

Toward this goal, step one is to realize is that your brain is an information-processing device. In fact, many philosophers talk about the brain as the hardware — or rather, the “wetware” — of the mind, and the mind as the software of the brain. Directly behind your eyes is a high-powered computer that weighs about three pounds and has roughly the same consistency as Jell-o. It’s also the most complex object in the known universe. Nonetheless, the rate at which it’s able to process information is much, much slower than the information-processing speed of an actual computer. The reason is that computers process information by propagating electrical potentials, and electrical potentials move at the speed of light, whereas the fastest signals in your brain travel at around 100 miles per second. Fast, to be sure, but not nearly as fast as light.

Consequently, an AGI could think about the world at speeds many orders of magnitude faster than our brains can. From the AGI’s point of view, the outside world — including people — would move so slowly that everything would appear almost frozen. As the theorist Eliezer Yudkowsky calculates, for a computer running a million times faster than our puny brains, “a subjective year of thinking would be accomplished for every 31 physical seconds in the outside world, and a millennium would fly by in eight-and-a-half hours.”

Already, then, an AGI would have a huge advantage. Imagine yourself in a competition against a machine that has a whole year to work through a cognitive puzzle for every 31 seconds that you spend trying to think up a solution. The mental advantage of the AGI would be truly profound. Even a large team of humans working together would be no match for a single AGI with so much time on its hands. Now imagine that we’re not in a puzzle-solving competition with an AGI but a life-and-death situation in which the AGI wants to destroy humanity. While we struggle to come up with strategies for keeping it contained, it would have ample time to devise a diabolical scheme to exploit any technology within electronic reach for the purpose of destroying humanity.

But a diabolical AGI isn’t — once again — what many experts are actually worried about. This is a crucial point that the Harvard psychologist Steven Pinker misses in a comment about AGI for the website Edge.org. To quote Pinker at length:

“The other problem with AGI dystopias is that they project a parochial alpha-male psychology onto the concept of intelligence. Even if we did have superhumanly intelligent robots, why would they want to depose their masters, massacre bystanders, or take over the world? Intelligence is the ability to deploy novel means to attain a goal, but the goals are extraneous to the intelligence itself: being smart is not the same as wanting something. History does turn up the occasional megalomaniacal despot or psychopathic serial killer, but these are products of a history of natural selection shaping testosterone-sensitive circuits in a certain species of primate, not an inevitable feature of intelligent systems.” Pinker then concludes with, “It’s telling that many of our techno-prophets can’t entertain the possibility that artificial intelligence will naturally develop along female lines: fully capable of solving problems, but with no burning desire to annihilate innocents or dominate the civilization.”

Unfortunately, such criticism misunderstands the danger. While it’s conceptually possible that an AGI really does have malevolent goals — for example, someone could intentionally design an AGI to be malicious — the more likely scenario is one in which the AGI kills us because doing so happens to be useful. By analogy, when a developer wants to build a house, does he or she consider the plants, insects, and other critters that happen to live on the plot of land? No. Their death is merely incidental to a goal that has nothing to do with them. Or consider the opening scenes of The Hitchhiker’s Guide to the Galaxy, in which “bureaucratic” aliens schedule Earth for demolition to make way for a “hyperspatial express route” — basically, a highway. In this case, the aliens aren’t compelled to destroy us out of hatred. We just happen to be in the way.

The point is that what most theorists are worried about is an AGI whose values — or final goals — don’t fully align with ours. This may not sound too bad, but a bit of reflection shows that if an AGI’s values fail to align with ours in even the slightest ways, the outcome could very well be, as Bostrom argues, doom. Consider the case of an AGI — thinking at the speed of light, let’s not forget — that is asked to use its superior intelligence for the purpose of making humanity happy. So what does it do? Well, it destroys humanity, because people can’t be sad if they don’t exist. Start over. You tell it to make humanity happy, but without killing us. So it notices that humans laugh when we’re happy, and hooks up a bunch of electrodes to our faces and diaphragm that make us involuntarily convulse as if we’re laughing. The result is a strange form of hell. Start over, again. You tell it to make us happy without killing us or forcing our muscles to contract. So it implants neural electrodes into the pleasure centers of everyone’s brains, resulting in a global population in such euphoric trances that people can no longer engage in the activities that give life meaning. Start over — once more. This process can go on for hours. At some point it becomes painfully obvious that getting an AGI’s goals to align with ours is going to be a very, very tricky task.

Another famous example that captures this point involves a superintelligence whose sole mission is to manufacture paperclips. This sounds pretty benign, right? How could a “paperclip maximizer” pose an existential threat to humanity? Well, if the goal is to make as many paperclips as possible, then the AGI will need resources to do this. And what are paperclips composed of? Atoms — the very same physical stuff out of which your body is composed. Thus, for the AGI, humanity is nothing more than a vast reservoir of easily accessible atoms, atoms, atoms. As Yudkowsky eloquently puts it, “The [AGI] does not hate you, nor does it love you, but you are made out of atoms which it can use for something else.” And just like that, the flesh and bones of human beings are converted into bendable metal for holding short stacks of paper.

At this point, one might think the following, “Wait a second, we’re talking about superintelligence, right? How could a truly superintelligent machine be fixated on something so dumb as creating as many paperclips as possible?” Well, just look around at humanity. By every measure, we are by far the most intelligent creatures on our planetary spaceship. Yet our species is obsessed with goals and values that are, when one takes a step back and peers at the world with “new eyes,” incredibly idiotic, perplexing, harmful, foolish, self-destructive, other-destructive, and just plain weird.

For example, some people care so much about money that they’re willing to ruin friendships, destroy lives and even commit murder or start wars to acquire it. Others are so obsessed with obeying the commandments of ancient “holy texts” that they’re willing to blow themselves up in a market full of non-combatants. Or consider a less explicit goal: sex. Like all animals, humans have an impulse to copulate, and this impulse causes us to behave in certain ways — in some cases, to risk monetary losses and personal embarrassment. The appetite for sex is just there, pushing us toward certain behaviors, and there’s little we can do about the urge itself.

The point is that there’s no strong connection between how intelligent a being is and what its final goals are. As Pinker correctly notes above, intelligence is nothing more than a measure of one’s ability to achieve a particular aim, whatever it happens to be. It follows that any level of intelligence — including superintelligence — can be combined with just about any set of final goals — including goals that strike us as, well, stupid. A superintelligent machine could be no less infatuated with obeying Allah’s divine will or conquering countries for oil as some humans are.

So far, we’ve discussed the thought-speed of machines, the importance of making sure their values align with ours, and the weak connection between intelligence and goals. These considerations alone warrant genuine concern about AGI. But we haven’t yet mentioned the clincher that makes AGI an utterly unique problem unlike anything humanity has ever encountered. To understand this crucial point, consider how the airplane was invented. The first people to keep a powered aircraft airborne were the Wright brothers. On the windy beaches of North Carolina, they managed to stay off the ground for a total of 12 seconds. This was a marvelous achievement, but the aircraft was hardly adequate for transporting goods or people from one location to another. So, they improved its design, as did a long lineage of subsequent inventors. Airplanes were built with one, two, or three wings, composed of different materials, and eventually the propeller was replaced by the jet engine. One particular design — the Concorde — could even fly faster than the speed of sound, traversing the Atlantic from New York to London in less than 3.5 hours.

The crucial idea here is that the airplane underwent many iterations of innovation. Problems that arose in previous designs were improved upon, leading to increasingly safe and reliable aircraft. But this is not the situation we’re likely to be in with AGI. Rather, we’re likely to have one, and only one, chance to get all the problems mentioned above exactly right. Why? Because intelligence is power. For example, we humans are the dominant species on the planet not because of our long claws, sharp teeth and bulky musculatures. The key difference between Homo sapiens and the rest of the Animal Kingdom concerns our oversized brains, which enable us to manipulate and rearrange the world in incredible ways. It follows that if an AGI were to exceed our level of intelligence, it could potentially dominate not only the biosphere, but humanity as well.

Even more, since creating intelligent machines is an intellectual task, an AGI could attempt to modify its own code, a possibility known as “recursive self-improvement.” The result could be an exponential intelligence explosion that, before one has a chance to say “What the hell is happening?,” yields a super-super-superintelligent AGI, or a being that towers over us to the extent that we tower over the lowly cockroach. Whoever creates the first superintelligent computer — whether it’s Google, the U.S. government, the Chinese government, the North Korean government, or a lone hacker in her or his garage — they’ll have to get everything just right the first time. There probably won’t be opportunities for later iterations of innovation to fix flaws in the original design, if there are any. When it comes to AGI, the stakes are high.

It’s increasingly important for the public to understand the nature of thinking machines and why some experts are so worried about them. Without a grasp of these issues, claims like “A paperclip maximizer could destroy humanity!” will sound as apocalyptically absurd as “The Rapture is near! Save your soul while you still can!” Consequently, organizations dedicated to studying AGI safety could get defunded or shut down, and the topic of AGI could become the target of misguided mockery. The fact is that if we manage to create a “friendly” AGI, the benefits to humanity could be vast. But if we fail to get things right on the first go around, the naked ape could very well end up as a huge pile of paperclips.

 

 

Phil Torres is the founder of the X-Risks Institute and author of The End: What Science and Religion Tell Us About the Apocalypse. He’s on Twitter @xriskology.

Buddhism and the Brain

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Many of Buddhism’s core tenets significantly overlap with findings from modern neurology and neuroscience. So how did Buddhism come close to getting the brain right?

By David Weisman

Source: Seed Magazine

Over the last few decades many Buddhists and quite a few neuroscientists have examined Buddhism and neuroscience, with both groups reporting overlap. I’m sorry to say I have been privately dismissive. One hears this sort of thing all the time, from any religion, and I was sure in this case it would break down upon closer scrutiny. When a scientific discovery seems to support any religious teaching, you can expect members of that religion to become strict empiricists, telling themselves and the world that their belief is grounded in reality. They are always less happy to accept scientific data they feel contradicts their preconceived beliefs. No surprise here; no human likes to be wrong.

But science isn’t supposed to care about preconceived notions. Science, at least good science, tells us about the world as it is, not as some wish it to be. Sometimes what science finds is consistent with a particular religion’s wishes. But usually not.

Despite my doubts, neurology and neuroscience do not appear to profoundly contradict Buddhist thought. Neuroscience tells us the thing we take as our unified mind is an illusion, that our mind is not unified and can barely be said to “exist” at all. Our feeling of unity and control is a post-hoc confabulation and is easily fractured into separate parts. As revealed by scientific inquiry, what we call a mind (or a self, or a soul) is actually something that changes so much and is so uncertain that our pre-scientific language struggles to find meaning.

Buddhists say pretty much the same thing. They believe in an impermanent and illusory self made of shifting parts. They’ve even come up with language to address the problem between perception and belief. Their word for self is anatta, which is usually translated as ‘non self.’  One might try to refer to the self, but the word cleverly reminds one’s self that there is no such thing.

When considering a Buddhist contemplating his soul, one is immediately struck by a disconnect between religious teaching and perception. While meditating in the temple, the self is an illusion. But when the Buddhist goes shopping he feels like we all do: unified, in control, and unchanged from moment to moment. The way things feel becomes suspect. And that’s pretty close to what neurologists deal with every day, like the case of Mr. Logosh.

Mr. Logosh was 37 years old when he suffered a stroke. It was a month after knee surgery and we never found a real reason other than trivially high cholesterol and smoking. Sometimes medicine is like that: bad things happen, seemingly without sufficient reasons. In the ER I found him aphasic, able to understand perfectly but unable to get a single word out, and with no movement of the right face, arm, and leg. We gave him the only treatment available for stroke, tissue plasminogen activator, but there was no improvement. He went to the ICU unchanged. A follow up CT scan showed that the dead brain tissue had filled up with blood. As the body digested the dead brain tissue, later scans showed a large hole in the left hemisphere.

Although I despaired, I comforted myself by looking at the overlying cortex. Here the damage was minimal and many neurons still survived. Still, I mostly despaired. It is a tragedy for an 80-year-old to spend life’s remainder as an aphasic hemiplegic. The tragedy grows when a young man looks towards decades of mute immobility. But you can never tell with early brain injuries to the young. I was yoked to optimism. After all, I’d treated him.

The next day Mr. Logosh woke up and started talking. Not much at first, just ‘yes’ and ‘no.’ Then ‘water,’ ‘thanks,’ ‘sure,’ and ‘me.’ We eventually sent him to rehab, barely able to speak, still able to understand.

One year later he came back to the office with an odd request. He was applying to become a driver and needed my clearance, which was a formality. He walked with only a slight limp, his right foot a bit unsure of itself. His voice had a slight hitch, as though he were choosing his words carefully.

When we consider our language, it seems unified and indivisible. We hear a word, attach meaning to it, and use other words to reply. It’s effortless. It seems part of the same unified language sphere. How easily we are tricked! Mr. Logosh shows us that unity of language is an illusion. The seeming unity of language is really the work of different parts of the brain, which shift and change over time, and which fracture into receptive and expressive parts.

Consider how easily Buddhism accepts what happened to Mr. Logosh. Anatta is not a unified, unchanging self. It is more like a concert, constantly changing emotions, perceptions, and thoughts. Our minds are fragmented and impermanent. A change occurred in the band, so it follows that one expects a change in the music.

Both Buddhism and neuroscience converge on a similar point of view: The way it feels isn’t how it is. There is no permanent, constant soul in the background. Even our language about ourselves is to be distrusted (requiring the tortured negation of anatta). In the broadest strokes then, neuroscience and Buddhism agree.

How did Buddhism get so much right? I speak here as an outsider, but it seems to me that Buddhism started with a bit of empiricism. Perhaps the founders of Buddhism were pre-scientific, but they did use empirical data. They noted the natural world: the sun sets, the wind blows into a field, one insect eats another. There is constant change, shifting parts, and impermanence. They called this impermanence anicca, and it forms a central dogma of Buddhism.

This seems appropriate as far as the natural world is concerned. Buddhists don’t apply this notion to mathematical truths or moral certainties, but sometimes, cleverly, apply it to their own dogmas. Buddhism has had millennia to work out seeming contradictions, and it is only someone who was not indoctrinated who finds any of it strange. (Or at least any stranger than, say, believing God literally breathed a soul into the first human.)

Early on, Buddhism grasped the nature of worldly change and divided parts, and then applied it to the human mind. The key step was overcoming egocentrism and recognizing the connection between the world and humans. We are part of the natural world; its processes apply themselves equally to rocks, trees, insects, and humans. Perhaps building on its heritage, early Buddhism simply did not allow room for human exceptionalism.

I should note my refusal to accept that they simply got this much right by accident, which I find improbable. Why would accident bring them to such a counterintuitive belief? Truth from subjective religious rapture is also highly suspect. Firstly, those who enter religious raptures tend to see what they already know. Secondly, if the self is an illusion, then aren’t subjective insights from meditation illusory as well?

I don’t mean to dismiss or gloss over the areas where Buddhism and neuroscience diverge. Some Buddhist dogmas deviate from what we know about the brain. Buddhism posits an immaterial thing that survives the brain’s death and is reincarnated. After a person’s death, the consciousness reincarnates. If you buy into the idea of a constantly changing immaterial soul, this isn’t as tricky and insane as it seems to the non-indoctrinated. During life, consciousness changes as mental states replace one another, so each moment can be considered a reincarnation from the moment before. The waves lap, the sand shifts. If you’re good, they might one day lap upon a nicer beach, a higher plane of existence. If you’re not, well, someone’s waves need to supply the baseline awareness of insects, worms, and other creepy-crawlies.

The problem is that there’s no evidence for an immaterial thing that gets reincarnated after death. In fact, there’s even evidence against it. Reincarnation would require an entity (even the vague, impermanent one called anatta) to exist independently of brain function. But brain function has been so closely tied to every mental function (every bit of consciousness, perception, emotion, everything self and non-self about you) that there appears to be no remainder. Reincarnation is not a trivial part of most forms of Buddhism. For example, the Dalai Lama’s followers chose him because they believe him to be the living reincarnation of a long line of respected teachers.

Why have the dominant Western religious traditions gotten their permanent, independent souls so wrong? Taking note of change was not limited to Buddhism. The same sort of thinking pops up in Western thought as well. The pre-Socratic Heraclitus said, “Nothing endures but change.” But that observation didn’t really go anywhere. It wasn’t adopted by monotheistic religions or held up as a central natural truth. Instead, pure Platonic ideals won out, perhaps because they seemed more divine.

Western thought is hardly monolithic or simple, but monotheistic religions made a simple misstep when they didn’t apply naturalism to themselves and their notions of their souls. Time and again, their prominent scholars and philosophers rendered the human soul exceptional and otherworldly, falsely elevating our species above and beyond nature. We see the effects today. When Judeo-Christian belief conflicts with science, it nearly always concerns science removing humans from a putative pedestal, a central place in creation. Yet science has shown us that we reside on the fringes of our galaxy, which itself doesn’t seem to hold a particularly precious location in the universe. Our species came from common ape-like ancestors, many of which in all likelihood possessed brains capable of experiencing and manifesting some of our most precious “human” sentiments and traits. Our own brains produce the thing we call a mind, which is not a soul. Human exceptionalism increasingly seems a vain fantasy. In its modest rejection of that vanity, Buddhism exhibits less error and less original sin, this one of pride.

How well will any religion apply the lessons of neuroscience to the soul? Mr. Logosh, like every person who’s brain lesion changes their mind, challenges the Western religions. An immaterial soul cannot easily account for even a stroke associated with aphasia. Will monotheistic religions change their idea of the soul to accommodate data? Will they even try? It is doubtful. The rigid human exceptionalism is cemented firmly into dogma.

Will Buddhists allow neuroscience to render their idea of reincarnation obsolete? This is akin to asking if the Dalai Lama and his followers will decide he’s only the symbolic reincarnation of past teachers. This is also doubtful, but Buddhism’s first steps at least made it possible. Unrelated to neuroscience and neurology, in 1969 the Dalai Lama said his “office was an institution created to benefit others. It is possible that it will soon have outlived its usefulness.” Impermanence and shifting parts entail constant change, so perhaps it is no surprise that he’s lately said he may choose the next office holder before his death.

Buddhism’s success was to apply the world’s impermanence to humans and their souls. The results have carried this religion from ancient antiquity into modernity, an impressive distance. With no fear of impermanent beliefs or constant change, how far will they go?

10 Most Awe-Inspiring Neuroscience Studies

By Jeremy Dean

Originally posted at PsyBlog

Post image for 10 Most Awe-Inspiring Neuroscience Studies

New studies demonstrate the deep power of human empathy, debunk right-brain and left-brain personalities, explore neural structures during sleep and way more…

It’s been an awe-inspiring few years for neuroscience.

By peering inside the living brain, neuroscientists have made all kinds of incredible discoveries.

Here are ten of my favourite–click the title to get the full story.

1Connectivity: The Difference Between Men’s and Women’s Brains 

A new study on the brains of 949 young people found striking gender differences in the brain’s connectivity between males and females. These may help explain some of the classic psychological differences between men and women.

2Hidden Caves in the Brain Open Up During Sleep to Wash Away Toxins

A new study published in the prestigious journal, Science, found that the brain may wash away toxins built up over the day during sleep.

The research discovered “hidden caves” inside the brain, which open up during sleep, allowing cerebrospinal fluid (CSF) to flush out potential neurotoxins, like β-amyloid, which has been associated with Alzheimer’s disease.

3Debunked: ‘Right-Brain’ and ‘Left-Brain’ Personalities

Evidence from over 1,000 fMRI brain scans finds no evidence people are ‘right-brained’ or ‘left-brained’.

4Like to Stay Up Late? Different Neural Structures Found in the Brains of Night Owls

Those who were confirmed night owls (preferring late to bed and late to rise) were found to have lower integrity of the white matter in various areas of the brain.

Lower integrity in these areas has been linked to depression and cognitive instability.

5Remote Control of the Mind – Over the Internet

Imagine if it were possible for one person to control another person’s movements over the internet, purely using their thoughts.

Well, researchers at the University of Washington have managed to set up the first ever noninvasive human-to-human brain interface.

6Brain Ultrasound: How Sound Waves Can Boost Mood

Pilot study finds mood of chronic pain patients is boosted by left-field use of ultrasound machine. Could it work for all of us?

7Social Rejection Triggers Release of Natural Painkillers in the Brain

Contrary to the old ‘sticks and stones’ saying, it seems words can and do hurt, and the brain responds accordingly.

A new study has found that the body produces natural painkillers in response to social rejection, just as if it had suffered a physical injury.

8The Brain “Sees” Objects That You Don’t Perceive

Every day, when you open your eyes in the morning, there is a huge flood of visual information from the external world into your mind.

Your brain edits this flood down to a trickle of things that are highly relevant: Where is the dressing-gown? Where is the curtain? Where is the door?

9Childhood Poverty and Stress Harms Adult Brain Function

Childhood stress and poverty linked to problems regulating the emotions in adulthood, according to a recent study.

10Neuroscience Reveals The Deep Power of Human Empathy

Without empathy, human beings are lonely, disconnected creatures.

And recent neuroscientific studies now demonstrate the enormous human capacity for empathy in the living mind.

Image credit: Saad Faruque

Jeremy Dean is a psychologist and the author of PsyBlog. His latest book is “Making Habits, Breaking Habits: How to Make Changes That Stick“. You can follow PsyBlog on Facebook, Twitter and Google+.