Contemplate ~ Deliberate ~ Meditate ~ Ruminate – WIF Reflection on the Human Brain

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Your Brain

is Crazier

Than You Think

The human brain is, so far as we know, the most complicated thing in the universe. It exists in the lonely darkness of the skull, but by interpreting electrical signals from the senses it’s able to build up a detailed picture of the world around it.

Quite how accurate this picture is, and how closely one person’s version of reality matches with that of another, is not known for sure. It is nonetheless an impressive trick.

There’s still a great deal we don’t understand about the human brain, and it may well be that we’re never going to be smart enough to figure it out completely.

We do know that a lot of strange and extraordinary things are going on inside our heads. These are ten reasons why your brain might be crazier than you think.

10. Your Brain’s too Complex for a Supercomputer

Japan’s K computer is one of the fastest and most powerful supercomputers in the world. Its 88,000 processors are capable of an astonishing 10.51 quadrillion computations per second, and it chews its way through roughly the same amount of electricity as a medium-sized town.

Since becoming operational in 2011, at which point it was ranked as the fastest computer in the world, the machine’s capabilities have been harnessed for medical research, disaster prevention, and modelling climate change. In 2014 it was used to create the most accurate simulation of a human brain’s activity ever attempted.

Only a mere 1% of the brain’s entire neural network was simulated, anything more would have been too much even for a machine as powerful and sophisticated as the K Computer. Even then it required some heavy lifting, and it took the Japanese machine some 40 minutes to replicate just one second of brain activity.

The K Computer is due for retirement in August 2019, having been surpassed by ever faster and more powerful machines. Even these are not yet capable of replicating the complexity of the human brain.

9. Memory Capacity

In 2007 a Canadian named Dave Farrow broke a world record when he successfully memorized a sequence of 3,068 playing cards.

While this is an extraordinary achievement, particularly for those of us who struggle to remember where we left our keys, it only scratches the surface of the human brain’s memory storage capacity.

Until recently this was believed to come in at somewhere around one and ten terabytes, but recent studies suggest the true total is several orders of magnitude greater.

Researchers at the Salk Institute for Biological Studies believe the average human brain can store over a petabyte of data. That’s the equivalent of 20 million four-drawer filing cabinets filled with text, or around 2% of the total number of written words in every language in all recorded history.

Much of this capacity is devoted to such things as ensuring you don’t wake up having forgotten how to read a book or drive. By necessity, only a fraction of the remainder is available to you at any one time. It would be enormously inconvenient if you had to trawl through your memories of everywhere you’d ever been to work out where you lived.

8. Half a Brain can be Enough

Human brains are by no means the largest brains in the world. That particular distinction belongs to the sperm whale, whose brains are around six times as heavy as our own. However, comparing brain size with body mass is a far better indication of intelligence. By this measure the humble tree shrew comes out on top, with humans placing in second.

Surprisingly, it’s possible to remove an entire hemisphere of a human brain with no negative impact on the individual’s intelligence or memory.

In rare cases surgeons have no option other than to perform a hemispherectomy in order to prevent a patient’s seizures. In an adult this would be catastrophic, but the outcomes for children who undergo the procedure at a very young age are surprisingly positive. Their brains are able to adapt in a way that an older brain could not.

A recent study found that not only are most of the children who underwent the procedure seizure free, many were thriving. One had even gone on to become a state chess champion.

7. You Might Not Have Free Will

It seems obvious that humans have free will. We make thousands of decisions every day, and every time we act on these decisions we experience free will first hand. There is, however, a strong case to be made that free will is nothing more than an illusion conjured by our brains.

While it used to be believed that mind and matter were two separate entities, we can now say with a good deal of confidence that mind does not exist independently. The brain seems to be entirely material, which suggests that it must obey the law of causality – that every effect must have a specific cause.

This leaves little or no room for free will. Any decision we make or action we take is an inevitable result of the brain state which immediately preceded it, going back to even before the moment we were born.

This sounds odd, but it’s an established fact that humans are terrible judges of their own behaviour. They can be manipulated into acting in a certain way; when asked why they have done so they will subconsciously post-rationalize the action and insist they had made a decision based on their own free will.

The question of whether free will really is an illusion is far from settled, and a new $7 million study has just been launched in an attempt to come to a definitive answer.

6. Brain Plasticity

In 2014 a Chinese man visited his doctor’s surgery in Great Britain complaining of headaches and strange smells. Scans revealed a parasitic worm burrowing its way through the unfortunate man’s brain, and doctors believed it had most likely been in there for as long as five years.

That he had been able to function for so long with such relatively manageable symptoms is testament to the brain’s remarkable ability to reorganize and rewire itself.

Whenever we learn a new skill, or even form new memories, the brains physical architecture remodels itself. The hippocampus, a region of the brain associated with spatial navigation, is significantly larger in London taxi drivers than in the average person. Differences in brain structure have also been found between musicians and non-musicians.

The brain’s 90-billion or so neurons are linked by trillions of connections. Learning a new skill forms new links, while recalling a memory strengthens existing links. Our brains are constantly changing, adapting, and forming new connections. It’s this brain plasticity that means stroke victims are often able to make a full recovery despite suffering permanent damage to parts of their brain.

5. Your Brain Might be a Secret Genius

For 31 years Jason Padgett’s existence was relatively unremarkable. He worked as a futon salesman, and his free time revolved around drinking and picking up women.

That all changed in 2002 when he became the victim of a vicious, unprovoked assault outside a nightclub. Padgett managed to stagger to a hospital across the street, where he was diagnosed as having suffered a severe concussion.

Padgett’s life would never be the same again. The violent attack had somehow unlocked a previously untapped ability in his brain.

Whereas previously he had shown no particular interest or aptitude for mathematics, the attack had transformed him into a mathematical genius. Even the way he saw the world had been profoundly changed. It looked as though it was pixelated, and everywhere he looked he saw complex mathematical shapes known as fractals.

While Padgett’s experience was extremely unusual, it wasn’t entirely unique. There are other instances of people suffering a brain injury, only to come into possession of extraordinary new abilities.

Acquired savant syndrome is rare, with only a few known cases across the world. But some scientists believe almost any human brain could potentially be rewired to unlock the genius within.

4. You Remember the Past all Wrong

Our memories are fundamental in determining our sense of self. Without them we would be both literally and figuratively lost in the world. Considering their profound importance to us, it’s surprising just how unreliable our memories are, and how little we know about how they are formed.

Conventional wisdom has it that memories are recalled through connected neurons across the brain all firing at the same moment. Other research suggests that memories physically reside within brain cells.

However it’s done, the results aren’t terribly reliable. Memories aren’t recorded perfectly ready to be retrieved with total clarity at some future date.

According to research conducted by neuroscientists such as Daniela Schiller, each time we recall an event our memory of it is brought into an unstable state within the brain. When it is stored back into memory again our recollection of that event is slightly altered.

We use our memories to tell ourselves a story of who we are, but our source material is deeply unreliable.

3. When You Go on a Diet, Your Brain Eats Itself

The human brain is made up of something in the region of 90 billion neurons. Until recently it was believed that all of these are present from birth. We now know that through a process called neurogenesis it is possible for even adult brains to create brand new neurons. This is good news as we’ll lose plenty of neurons as we navigate our way through life.

Obesity, smoking, alcohol, and cocaine have all been linked with killing off brain cells and even physically shrinking the size of the brain, and a recent study suggests that even dieting can cause the brain to cannibalize itself.

Despite only weighing about 3 pounds, the brain consumes about 20% of the body’s energy, and when there’s fewer calories than expected coming in it doesn’t seem to much like it.  The neurons start cannibalizing each other, which sends out an urgent message to the body that it needs to eat something in the very near future. This explains why losing weight can be so difficult.

2. Your Brain Doesn’t Have Pain Receptors

When our bodies suffer physical injury, pain receptors fire warning signals up the spinal column to the thalamus, which serves as the brain’s sorting house for sensory signals. The message is then passed on to the regions of the brain that deal with physical sensation, thinking, and emotion. This results in the deeply unpleasant sensation of pain.

If the brain itself is injured, this doesn’t happen. It doesn’t have any pain receptors of its own. This means it’s quite possible for surgeons or neuroscientists to poke around in somebody’s brain with them fully conscious and in no discomfort. The patient is then able to assist doctors in mapping out the brain, helping to ensure no damage is done during the operation.

One Brazilian man named Anthony Kulkamp Dias even kept himself entertained by playing guitar whilst undergoing brain surgery.

1. Synesthesia can be Learned

Synesthesia is a condition that causes two or more of a person’s senses to become mixed up. One of the most common types is to perceive numbers as having a particular color. However, it comes in a wide variety of flavors, such as tasting words or perceiving the days of the week as having specific personalities or appearances.

The condition is often associated with particularly creative people. The famous physicist Richard Feynman saw equations in colors, and this may have helped him win a Nobel Prize in physics in 1965.

Around 1-in-300 people are born with synesthesia, but it’s possible to train your brain to experience it. A study at the University of Sussex in the United Kingdom had subjects read books where certain words appeared in a certain color.

After several weeks of training most of the group reported seeing those colors even when reading standard black text. However, it seems the effects were not permanent, and within a few weeks the synesthesia had worn off.


Contemplate ~ Deliberate ~ Meditate ~ Ruminate –

WIF Reflection on the Human Brain

Constance Caraway P.I. ~ Episode 51

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Constance Caraway P.I. ~ Episode 51

…“If we had no moon at all, chances are Earth would be just another rock circling the sun…

“What does our moon have to do with the creation story?” asks Constance.

Martin has descended into professor mode, eager to satisfy the unquenchable thirst of an inquiring mind. “That is where the single most fundamental law of cosmic physics comes into play; gravity is what makes the world, or universe, go ‘round. How Earth orbits the sun, how the solar system navigates through the Milky Way and finally how all the other galaxies keep their distance from each other; gravity is what determines these things.

“Our Moon serves as an anchor for this ship. If you it were to suddenly drift away now, after having been here for the entire time, planet Earth would descend into geological upheaval. The continental plates would be scrambled into an unrecognizable mess and volcanism would rule the day.

“If we had no moon at all, chances are Earth would be just another rock circling the sun, an ordinary orb arbitrarily wobbling from year to year; without life, without singularity.”

“My cousin Jimmy (cousin #4) says that the moon is the Earth’s dartboard, attracting Eddie's Cousins-001all those meteors and crap.” Eddie cannot help but inject his own brand of knowledge. “Just look at it; a good pair of binocs show all those craters.”

“I’d love to meet that Jimmy whom you refer to often.”

“He lives over in Berwyn; I can take you there sometime.”

“That’s quite alright, Eddie, I was being facetious. Anyhow, Earth has as many or more craters being the larger target; it’s just that it heals itself, just like our skin recovers from a scratch.

“That all aside, the bottom line is, believing that all these factors have fallen into place by accident… frankly is folly. There are an increasing number of us in science who subscribe to intelligent design over evolution.

“Will Libby is one of those who have not swallowed that pill.” Martin is still fearful of what kind of Willard Libby they are retrieving; wondering what manner of cruel pill takes away one’s memory.


Constance Caraway P.I.

Forever Mastadon


page 48

 

Remembering Puns #35

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Remembering Puns

A lot of brave men fought and died in San Antonio, Texas, which is Alamo reason to remember

Way back when, I used to remember things by tying a string around my finger. Even then I had digital memory.

Related image

 

I went to Cairo, but I don’t remember if I saw the river or not. I wonder if I am senile

Image result for the nile

I can’t remember ever getting nits as a kid, although I do have a lousy memory.

Image result for lice

My friend had amnesia and couldn’t remember how to walk up the stairs, so I had to go back and teach him step by step.

When entering a funeral home, remember to stay alert and always look alive!

I couldn’t quite remember how to throw a boomerang, but eventually it came back to me.

He couldn’t remember the pill’s name but it was on the tip of his tongue.

Image result for tip of the tongue

‘Did you remember to buy me the coffee with ice cream inside it?’. ‘Oh I’m sorry, affogato!’

Image result for affogato


Remembering Puns

#35

You’re Wrong About Everything – WIF Mad Science

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wrong-logo

You’re Wrong

About Everything

10. Your Lizard Brain

lizardbraing-psych

It turns out, size does matter–but mostly because of how you use it; or more precisely, how it can be used. Different areas of the brain have different functions, so it isn’t the total size that is important so much as the relative size of different areas, which support different cognitive processes. And this isn’t an endorsement of phrenology; it is a question of capacity, which may or may not actually be utilized.

Human brains are like evolutionary onions: they have developed several layers, and each layer adds both mass, and the capacity for higher functions. Because we are all superficial, we tend to heap attention on the last outer layer–the cerebral cortex–that is capable of complex thought, reasoning, and many of the features we think of as defining intelligence or humanity.

But superficiality is stupid, and we tend to give less credit to the relatively more important, less-evolved layers–namely, the Lizard Brain that secretly controls everything (Reptilian Conspiracy theorists, rejoice–you were right all along).

At the core of all brain activity is a small combination of brain parts found in all vertebrates that serve mostly to keep you alive, regulating heart rate, breathing, equilibrium, etc. Surrounding this is the limbic system, also known as The Lizard Brain, because that’s about all there is inside the average lizard’s head. It interacts with the central core to process sensory information, generate basic emotions, and manage decision-making at its most rudimentary level. In short, this bit of the brain is where instinct lives.

Every unconscious habit or automatic response–jumping when startled, eating what tastes good, or trying to make babies–originates in the reptilian core.

Because it is obsessed with survival (eating, escaping, reproducing), the Lizard Brain has an uncanny ability to shout over your higher reasoning brain and take control, rendering the more-evolved lobes (the ones that make you smarter than the average ape) impotent right when it counts.

Since it is embarrassing to admit how often our behavior is driven by base animal impulses, we tend to employ the rest of our mammalian brains to justify our behavior, rather than to control it. This is why rationalization is common to the point of being unconscious: it takes a lot of mental effort and concentration to perpetually silence the Lizard Brain, but a lot less to delegate decision-making to it, and let the cerebral cortex invent excuses to make those decisions seem rational.

Like so many MFA graduates who wind up writing generic marketing copy to pay the rent, our higher functions squander their talent by simply dressing up our primal instincts as deliberate, thoughtful actions. Human evolution has turned us into bullsh*t artists, because it is easier to invent excuses for our behavior than to take active control of it.

9. Threat Perception

threatperception-psych

As a species, we like to pat ourselves on the back for being aware of our own mortality. As far as we can tell, no other animals on earth possess this innate knowledge of their inevitable death, which supposedly gives us a powerful cognitive and behavioral advantage.

Except our brains are still hardwired to ignore long-term consequences so that we can better enjoy short-term pleasures.

Just as our Lizard Brains don’t let our higher functions waste time trying to reason us out of harm’s way, they tend not to let thoughtful consideration (or impending disaster) get in the way of a good time. The “Fight or Flight” response is really only applicable in dealing with an immediate threat; when the risk is more long-term, like obesity or the robot apocalypse, the Lizard Brain becomes obsessed with instant gratification.

Outside of the Flight or Fight response, the Lizard Brain is basically playing a never-ending game of *Boff*, Marry, or Kill, only it isn’t as interested in monogamy as it is in getting fed, so the game becomes *Boff*, Eat, or Kill. Even when there isn’t an immediate demand for its services, your Lizard Brain still wants its voice heard, and will always drive you to choose short-term pleasure over long-term security.

And when pleasure is involved–as opposed to fear–it makes your Lizard Brain feel like it is winning the game, and want to keep playing. This is also known as addiction–it literally happens in your brain, and is not nearly as dependent on the chemical properties of any substances involved; that is why behaviors can become just as addictive as anything you can consume. That is also why treating addiction takes more than just willpower; you have to physically change your brain to develop new habits.

So while you call upon all your knowledge and experiences to make a decision about how to behave in any given situation, you are simultaneously working to suppress your instinct to simply do the easiest, most carnally satisfying thing possible. Hence the popularity of Netflix, Cheetos, and porn.

8. Authority

authority-psych

You know that old saying, “Never meet your heroes?”

That’s because there is a gap between what we expect people to be, and what they are. Only it isn’t just heroes–it is everyone pretty, tall, confident, or even carrying a friggin’ clipboard.

There’s a whole cocktail of fallacies at play here, but aside from projecting a false correlation of authority based purely on appearance, there is the timeless appeal to authority. This can manifest as anything from a meme image that uses a famous historical figure to make a quote sound profound (when it is actually nonsense), to using Rotten Tomatoes to determine what is or isn’t a “good” movie. It is easy to come up with an opinion, but simply having more of them doesn’t make them objective or informed.

Even credentialed experts–like doctors–are often operating more on informed opinions than cut-and-dry facts, and that’s assuming the subject in question is actually within their area of expertise. If a nurse and a doctor disagreed over the best way to deliver a baby, for example, people tend to assume the doctor is the superior authority on the matter.

Of course, if the nurse was a certified nurse midwife (a maternity specialist trained in women’s health and pregnancy issues) and the doctor was a colorectal surgeon (butt doctor), then deferring to the doctor suddenly seems a little misguided. But the natural inclination we all feel is to simply look for an authority, without first qualifying what makes that person an authority–because, all too often, nothing does.

7. Binary Thinking

binarythinking-pysch

Sports, amirite? The popular narrative holds that youth sports create character, teach leadership and cooperation, and other such valuable life lessons. All that may be true, but they also train participants and spectators alike to view everything as a tribal contest between good and bad, right and wrong, us and them. This is why team sports are so eternally popular: they reflect the way we think.

Even though our brains evolved to tolerate and process complexity, these new developmental expansion drives take extra processing power, so we subconsciously simplify whenever possible. And it turns out, it is always possible, because there are few circumstances that can’t be (fallaciously) boiled down to an A/B option, just like the opposing teams facing off in an athletic competition.

This is the essence of binary thinking–A/B, ones and zeroes, us and them. Surviving as a tribe requires cooperation, which is greatly aided by the perception of a shared threat–a competing tribe, an opposing team. Because this kind of cooperative-competitive worldview has been so famously helpful in human survival, we project its simplistic calculus onto damn near everything else, so that we can better make decisions, forge alliances, and elect the right candidate for president.

No matter how much you holler about how party membership is a representation of ideological cohesion, millions of years of evolution make a compelling counter-argument that you actually just picked a team and want to see them win.

Even when it comes to what we eat, we can’t tolerate the dietary complexity of the omnivore. Instead, we make wild extrapolations–low in fat must also mean low in anything that might kill us; non-GMO means healthy; reduced sodium means vitamin-enriched. Our selection process for food is overwhelmed by creative labels that speak directly to our monkey minds, looking for the team we perceive as healthy.

6. The Internet

internet-psych

Believing your opinions are valid and correct is like thinking you know which way is up in an M.C. Escher drawing–it only works if you limit your focus and deliberately ignore all contradictory evidence, and the internet is a near-perfect tool for doing just that.

The internet is well on its way to bringing the sum total of human knowledge within reach of anyone who connects. We have never had more access to information, or more user-friendly platforms for consuming and disseminating data. Following the patterns established by the advent of written script or the printing press, we should be seeing an explosion of intelligence, progress, and intellectual transformation.

 But we aren’t. What we’re seeing instead is that people are more interested in being right than being informed, in making obnoxious punchline comments than advancing discourse, in Rick Rolling earnest YouTubers than in providing a video infotainment experience. Rather than an escalator to the pinnacle of human development, the internet is really just a utility for feeding confirmation bias.

This is the human tendency to agree with people who say things we think, and feel a surge of confidence that other people think the way we do.

Online, you can find someone arguing for, or agreeing with, virtually anything. This means no matter how objectively wrong you are, you can find someone else on your side. Now, through the power of binary thinking, you can boldly assume infallibility by association. After all, if people agree with you, then the real problem isn’t with your ideas… it is with the people who disagree with your ideas.

The internet, in combination with social media, feeds a similar-but-different problem,selection bias. This is where we tend to seek out opinions that match ours, and ignore those that don’t. The fact that you can block Facebook friends from your feed seems like a feature, but it is really just proof of how the internet is just an automated cognitive fallacy.

Multiply your friends network by the news channels you watch, the papers you read, the people you talk to, the movies you watch, the restaurants you patronize, and the house of worship you attend, and you can see how we aren’t so much seeking truth as avoiding conflicting reports on existence.

A possible defense against the overwhelming human tendency to indulge these biases has cropped up in the form of big data: a massive, automated, algorithmic assessment of raw data through various query-based lenses. President Obama even established the Office of Data Science in an effort to bring some measure of scientific and mathematical objectivity to the direction of U.S. federal policy. Either that, or even the White House is losing ground in the fight against Artificial Intelligence.

5. Distorted Memories

distortedmemory-psych

Memories are less like images etched into granite, and more like soft Play-Doh we accidentally step on and mix together until everything is a gross grey color.

In less metaphorical terms, memories are never complete. As we learn, make new memories, experience new emotions, and find ourselves in new contexts trying to remember something, all this new mental baggage lands directly on the memories we are trying to recall.

When we remember something, we aren’t simply recalling it like a photo in an album, we are interacting with it, projecting new memories, knowledge, and biases onto the old memory. Sometimes, we construct memories through some combination of suggestion and desire–or fear.

For example: if you are about to go on a date, you might find yourself visualizing disaster scenarios and the date ending in lonely tears. The emotionally jarring imagery might even compel you to picture the disaster all over again…and again, until the repetition emblazons the whole scene on your memory, as though it had actually happened.

Alternatively, you might find the experience of that hot date so sensual, that you expedite its storage straight to long-term memory. Unfortunately, however, you can have efficiency, or you can have accuracy, but not both. In order to make memories easier to recall, our brains take shortcuts, and then fill in the gaps whenever we call on them. This sort of adaptive memory relies on your present-day intellectual context and capacity to make up for what you didn’t actively commit to memory.

It is sort of like saving your finished novel as a word document, and then opening it back up only to find a 900-page Mad Libs epic, except that you don’t even realize that you are filling in random nouns and adjectives to complete the story.

It is also highly suggestible, which is why eye witness testimony is basically worthless. If they are gently nudged toward thinking something, they retroactively convince themselves that that is what they actually saw.

Outside of the occasional trauma or joy that is the stuff of dynamic memory, there is the unassuming, everyday drudgery that makes up the bulk of our lives. Like the commute to work or the layout of your home, this is the background scenery that seems so unchanging, that our brains actually stop noticing it and just assume it is there–a cognitive function known as habituation.

Our brains are much more engaged by novelty than familiarity, so when stimulation becomes routine, it stops penetrating all the way through every layer of the brain, and starts getting filtered out as noise.

4. Aging

aging-psych

Getting old is bad for your brain. If you’ve ever met an old person, you might already be familiar with the telltale signs of cognitive decline: forgetfulness, slower reflexes, impaired judgement, etc. Of course, there is no set age at which one becomes “old” and their brains start getting unreliable; Alzheimer’s can begin to develop in patients as young as 40–and 40 is the new 30, so really no one is immune.

But even if you reach your golden years in peak physical fitness, that still means you’ve spent a lifetime recalling old memories, which you’ll recall is not a passive process. By then, your long-term memory will be a mess of reconstruction, adaptation, suggestion, and pure invention that is hardly recognizable as an account of what you actually experienced in life. And when you start preparing yourself to face the grim specter of death, you’ll very likely want to believe that you lived a good life, which means you’ll subjectively recall memories through a very thick lens of nostalgia.

The future may be uncertain, but you’ll always have “the good ol’ days” to reflect on, because you are probably making them up as a compensatory mechanism for the lack of true, reliable memories.

And you’ll likely be spending a lot more time wrapped up in the comfort-blanket of your imaginary past, because your brain’s ability to perceive sensory information is also going to decline as you age. Sugar literally will taste less sweet, and all your favorite foods will become less appetizing. You will remember everything has being better back in the day, because in the current day you aren’t capable of fully experiencing the simple pleasures of life.

Bearing that in mind, maybe the next grumpy geezer you run across will seem less like a curmudgeon and more like another example of the quiet tragedy of the human experience.

3. Groupthink

groupthink_psych

If American anti-drug advertising is to be believed, peer pressure’s primary function is to get kids to take drugs in a desperate bid to seem cool. It is easily countered by the forceful repetition of “No” to any offer that involves social conformity.

In reality, peer pressure is one of the key evolutionary advantages that helps humans survive and thrive. Adopting a cooperative strategy might allow hunters to take down a mammoth, and enjoy more spoils than they would have hunting individually. Toddlers learn most of their earliest lessons (like how to talk, or when to laugh) by trying to imitate the people around them. The military indoctrinates soldiers to follow orders and work as a unit, because everyone having their own idea about how to behave in combat is a solid way to get everyone killed.

But our tendency to crowdsource our decisions isn’t limited to learning and survival tactics. Similar to the appeal to authority, groupthink functions as an individual default to the apparent will of the crowd. It isn’t just high schoolers who want to be part of the in-crowd; that’s why angry mobs, bandwagons, and the wave are all such standard features of people assembling. It is also why your opinion on a single issue can be extrapolated to an entire political platform: when you find a group who agrees with you, you naturally want to continue agreeing with them.

By extension, even when we find ourselves disagreeing with a group, we will self-police that disunity and silence dissent so as not to injure our membership. This, in combination with deference to authority, is how humans are able to come together and produce such hallmark achievements as genocide.

Much as w       e celebrate illusory notions of individuality, this tendency to try to blend in, mirror behavior, and offload thinking to a group is all but impossible to prevent, once enough people start mingling. It is unconsciously activated by socialization, and the only defense goes against instinct and popular opinion, and being unpopular is just the worst.

2. Conditioning

condition-psych

What is free will?

Trick question–you have no idea, because most of what you perceive as deliberate behavior is actually a conditioned response. From your minor daily habits to your entire sense of identity, you are overwhelmingly the product of conditioning–otherwise known as “training,” the exact same way you get pets and babies to defecate with more precision.

If you aren’t a pet-owner, you’ve still more than likely heard of the experiments ofPavlov–particularly the part where the dog began salivating upon hearing a bell ringing. Well, “culture” is to people what “ringing bell” was to the dog.

Except in society, the people holding the bell may not realize what they are doing, so both the trainer and the trainee are participating in the conditioning process unawares. This is basically how superstitions are born: by failing to differentiate between correlation and causation, we find ourselves augmenting behavior purely out of a perceived association with the desired outcome. (Editor’s note: As one with a BS in Psychology, I can attest that it was drilled into our brains that “correlation does not equal causation,” and it took an entire semester to learn that.)

Plus, memory distortions can directly feed conditioning–we remember certain key features of what appears to be a cause and effect, and then link the two. Without reconsidering the basis for that connection, we simply remember it, and proceed to act on it as though it is fact.

Whether it starts as an effort to avoid pain (or embarrassment, public shaming, loneliness) or the pursuit of pleasure (friends, laughter, comfort, social acceptance), your life soon becomes one long chain of conditioned responses that only seem like choices because of the stories you tell yourself about them. In fact…

1. Narrative Thinking

narrativethinking-psych

Most people think of empathy as the capacity to put oneself in someone else’s shoes. If you can imagine what something feels like, that must mean you understand how someone is actually feeling, right?

The key here is that in order to relate to someone, you need to see yourself in that person. Everything we perceive or think about, we convert to a first-person perspective; our minds are inherently self-centered. This is the essence of narrative thinking: all of existence is a story, and we all think we are the main character.

Not only is this the bridge connecting us to our fellow humans, it is one of the primary ways we make decisions big or small. Intrinsic or even relative value matter much less to us when expressing preference for a particular musician, brand, lifestyle, religion, or hair color. The value they add to our lives starts as the story we tell ourselves about them, and how they enrich our own sense of ourselves as the leading player.

We tell stories to explain everything–even our everyday speech is riddled with metaphors–but nothing more so than our own behavior. Narrative thinking is how we persistently ignore the bundle of instinct and emotion regulating our behavior, and turn it all into a blend of destiny and deliberation. It is how we take perfectly good memories and sensory perception, and muddle them up into whatever we want them to be. Our brains even tell stories subconsciously, filling in perceptual gaps to make sense of stimuli–otherwise known as illusions.You’re

Wrong About Everything

WIF Space-001

– WIF Mad Science