On storytelling in games.

On storytelling in games.

I recently read my friend Marco Arnaudo’s Storytelling in the Modern Board Game, a detailed history of the games that were designed to give players an interesting narrative experience.  These have ranged from Renaissance-era parlor games in which permutations of Tarot cards were used to inspire tall tales, to Dungeons & Dragons, in which a narrator ushers a group of friends through a fantasy quest that they collaboratively embellish, to the contemporary board games that, despite their meticulously-delineated rules and victory conditions, also include gorgeous art and fanciful text to evoke cinematic moments along the way.

Arnaudo’s expertise is unquestionable.  He produces a popular series of video reviews.  And I often join him for Friday night gaming, where we play surrounded by his mind-boggling collection.  I only wish that there had been space in his book to address the topic of precisely which types of narrative are better conveyed by board games than other forms of media.

I’ve written previously about the narrative potential of games, but not board games specifically.

Consider a story of moral complicity.  When presented through text, as in a newspaper article or novel (perhaps Donald Antrim’s Elect Mr. Robinson for a Better World, Ford Madox Ford’s The Good Soldier, or J.M. Coetzee’s Waiting for the Barbarians), it’s easy to think that we would do better than the characters described.  Even when a tale of depravity is written in the second person, like Jay McInerney’s  Bright Lights, Big City, it’s easy to maintain a sense of moral superiority, because the actions taken by McInerney’s “you” aren’t things that I would actually do.

But there’s no excuse within a game.  The actions taken by a game’s protagonist are things that you might do, because you were in control.

In “The Soldier’s Brief Epistle,” poet Bruce Weigl writes:

You think you’re better than me,

cleaner or more good

because I did what you may have only

imagined

When we learn that the soldiers in Vietnam murdered civilians, or that military guards at Abu Ghraib tortured prisoners, it’s easy to think that we would never sink to that level. 

In “Life on Mars,” U.S. Poet Laureate Tracy K. Smith writes:

                                    The guards

Were under a tremendous amount of pleasure.

I mean pressure.  Pretty disgusting.  Not

What you’d expect from Americans.

Just kidding.  I’m only talking about people

Having a good time, blowing off steam.

Despite the fact that many Americans worship a deity who would torture prisoners, we feel that we would not sink to that level.  We can feel unmitigated disgust at our compatriots when we see horrific photographs like those presented in the (Not Safe For Work, nor emotionally safe for any other setting) Abu Ghraib article on Wikipedia.

And yet.  In Grand Theft Auto, players are asked to torture a prisoner.  And players did it.  Some people might have felt dismayed that they needed to, but they rationalized their action because there were sunk costs … after all, they’d purchased a copy of the game … and they’d spent so many hours progressing that far … and there was no possible way to move forward in the story without torturing the guy …

Screenshot from GTA 5.

You could say, “it’s just a game!,” but that should actually make it easier to walk away from.  Imagine, instead, that someone has made a career in the military.  Then it wouldn’t be about progressing to the next level – their family’s next meal might depend upon torturing someone if a superior demands it.

From Alex Hern’s report in The Guardian:

“Rockstar North has crossed a line by effectively forcing people to take on the role of a torturer and perform a series of unspeakable acts if they want to achieve success in the game,” said Freedom from Torture chief executive Keith Best.

There are some pieces of art that I personally don’t want to engage with – this game, Stanley Kubrick’s adaptation of A Clockwork Orange, etc. – but I believe that they can succeed as art.

I would argue that Grand Theft Auto, as a piece of narrative art, teaches a valuable lesson about how to prevent torture.  It succeeds precisely because it is able to lure so many people into committing immoral acts.  We learn that torturers, or the soldiers in Vietnam, or Nazi prison guards, are not monsters – or perhaps that whatever monstrosity those people called upon lurks inside nearly all of us.

The volunteers who played the twisted role-playing games known as the “Stanford Prison Experiment,” in which players were assigned to be either captives or guards, or the “Milgram experiment,” in which players were instructed to shock an actor to death for making mistakes on a memory test, already understood this truth.  But by packaging the experience into a video game, Grand Theft Auto made this lesson widely accessible.

We are monsters.  That’s why social norms that constrain our worst impulses are so valuable.

And I don’t believe this message could be conveyed as powerfully by a novel, film, or painting as it was by a game.

Similarly, board game designers Max Temkin, Mike Boxleiter, and Tommy Maranges created Secret Hitler as an interactive form of art that could teach people how easily widespread confusion and distrust can lead to horrendous political outcomes.  The role-playing experience in Secret Hitler evokes the distress of trying to root out treachery in a world of non-overlapping information sets — and does so better than any text-based historical narrative.  Even my favorite films about uncertainty and information sets pale in comparison as ontological tools.

Picture of Secret Hitler by Nicole Lee on Flickr.

When I played Secret Hitler, I learned that I wasn’t clever enough to stop my nation’s descent into fascism.  I only wish Temkin, Boxleiter, and Maranges had made their game earlier.  It’s better to learn about moral failures from a game than to glance at the news and watch the worst unfolding around us.

Header image by Padaguan.

On attentiveness and names.

On attentiveness and names.

When a scientist first discovers a function for a gene, that scientist gets to name it.  Sometimes these names seem reasonable enough: I worked with a hematologist who did a study to identify proteins involved in apoptosis, which means roughly “programmed cell death” or “cellular suicide,” and so each gene wound up named “Requiem 3”, “Requiem 4,” etc.

Fruit fly geneticists tend to give their discoveries more creative names than other scientists.  There’s the gene “cheap date” – if a fruit fly is missing that gene, it will – ha ha – be unable to process ethanol and  so quickly passes out.  Another genetic mutation produced male flies that would court either males or females, and so this was known for over a decade as “fruity,” until another scientist decided that universal courtship could be less offensively described by the term “fruitless,” because clearly any mating-like activity that does not lead to progeny is a waste of time.

Yup, some gene names were bad.  One person’s idea of a joke might seem to somebody else like a mean-spirited reference to the wider world’s power dynamics.

Other gene names were bad not out of malice, but because humor at the expense of a fruit fly doesn’t make as many people laugh when a human child is dying. 

A gene that produces a somewhat spiky-shaped protein was named after Sonic Hedgehog.  It seemed funny at the time!  See?  The protein is spiky, the video game character has spiky hair, and … get it?  You get it, right?

 Okay, so this Sonic Hedgehog protein doesn’t look all that much like Sonic the Hedgehog.  But spend enough time staring at something like protein crystal structures and you’ll experience pareidolia, like seeing animal shapes in irregularly dappled plaster ceilings, or anthropomorphic gods amongst the twinklings of the stars.

Well, the Sonic Hedgehog protein establishes a concentration gradient that allows cells to recognize their spatial position in a developing body.  If a human fetus comes to term despite having a mutation in the Sonic Hedgehog gene (genetic abnormalities will often result in a miscarriage, but not always), the resulting child will have severe brain defects.

And then a doctor has to explain, “Your baby is suffering because of a Sonic Hedgehog mutation.”

And so, in 2006, geneticists capitulated to medical doctors. No more fanciful names for genes that might lie at the root of human health problems … which, because humans and fruit flies are actually pretty similar, means most genes.  Patients would now be told about a mutation in the SHH gene instead of Sonic Hedgehog, or a mutation in the LFNG gene instead of Lunatic Fringe.

Words have power, after all.


Some people are more attentive to their environments than others.  During evolutionary time, this trait was obviously good for humanity.  If your tribe is traveling through a hostile environment, it helps to have somebody around who is paying attention to the world.  A friend who’s primed to notice encroaching threats like a hungry lion about to leap out and attack.  Maybe we should take a different path.  Which, yeah, that sounds like a good idea.

Other people are particularly inattentive to their surroundings, so it’s easy for them to ignore the world and focus instead on one single problem.  During evolutionary time, this trait was surely good for humanity, too.  It’s helpful to have somebody on the lookout for threats that might eat you, obviously.  But it’s also helpful to have somebody who might discover a way of using dried grass to weave baskets.  A way of cooking mud into pottery that could carry or store water.

Image by Herb Roe on Wikimedia Commons.

Neurodiversity is a virtue in and of itself.  Over the millennia, the world has offered our species many challenges.  Populations that were sufficiently diverse that some members were good at each of a variety of tasks were most likely to flourish.  A cooperative species like termites or Homo sapiens benefits from specialization among its members.

Left to our their own devices, people would naturally fall asleep and wake up at different times.  Some brains are primed to work best in the early morning; others work best late at night.  And that’s good.  It reduces the amount of time that a tribe would be susceptible to attack, everyone asleep.

But in the modern world, we occasionally forget to feel grateful for the diversity that allowed our species to thrive.  The high school students whose brains are primed for late-night thinking drag themselves through morning classes like zombies.  They’ll be midway through first period before the sun rises.  Their teachers glance derisively at their slumped and scruffy forms and call them lazy.


Eventually, humans invented language.  Much later, we invented writing.  Much, much later, we invented the printing press, and then written words became so widely accessible that most humans could benefit from learning how to read.

Of course, reading is easier for people who are inattentive to their environment.

If I had been born earlier in human evolution, I totally would have been lion bait.  When I’m reading a book, or am deep in thought, the rest of the world melts away.  When I’m typing at home, K or the kids sometimes shout my name several times before I even realize that I’m being spoken to. 

People like me, or this kid at a library, totally would’ve been lion bait.

Luckily for me, I wasn’t born way back then.  Instead I was born into a world where inattentive people – the people best able to block out the world and instead focus on their own thoughts – are the most likely to find academic success.  People like me become medical doctors.  Then we get to name the world’s various conditions and maladies.

And so, when it came time to categorize the sort of person who is especially attentive to the world, people like me (who obviously thought that our way of being is the best way to be) referred to those others as having an attention deficit disorder.

Identifying those people’s awareness of their environs might sound like a virtue; instead, we castigated those people’s difficulty at ignoring the world.

I’ve never read the Percy Jackson books, but I’m glad that they exist, if only for passages like this (from The Lightning Thief):

“And the ADHD – you’re impulsive, can’t sit still in the classroom.  That’s your battlefield reflexes.  In a real fight, they’d keep you alive.  As for the attention problems, that’s because you see too much, Percy, not too little.”


Childhood trauma can cause symptoms that medical doctors term “attention deficit disorder.”  Which makes sense – if you’ve gone through an experience where your environs were threatening, you should learn to be more aware of your environment.  It should become more difficult to ignore a world that has proven itself to be dangerous.

Even for somebody with my type of brain, it’s going to be easier to sit outside and read a book when there’s a squirrel nearby than if there’s a prowling grizzly fifteen meters away.

Some children have to learn early on that daddy’s sometimes a grizzly.  And if it can happen to him, why not other grown-ups, too?  Best to stay on high alert around the teacher.  She’s trying to get you absorbed in these number tables … but what if that’s a trap?


Certain drugs can narrow a person’s perception of the world.  They act like blinders, chemicals like nicotine, ritalin, and amphetamines, both un-methylated (sold under the trade name Adderall) and methylated (a CH3 group attached to the amine moiety of Adderall will slow its degradation by CYP2D6 enzymes in the liver, increasing the duration of its effects).

Note to non-chemists: the methylated analogue of Adderall goes by several names, including “ice,” “shard,” and “crystal meth.”  Perhaps you’ve heard of it — this compound played a key role in the television show Breaking Bad.  And it’s very similar to the stuff prescribed to eight year olds.  Feel free to glance at the chemical structures, below.

In poetry class last week, a man who has cycled in and out of jail several times during the few years I’ve taught there – who I’d said “hello” to on the outside just a few weeks earlier when he rode his bicycle past the high school runners and me – plonked himself down in the squeaky plastic hair next to mine.

I groaned.

“I know, I know,” he said.  “But I might be out on Monday.”

“What happened?”

“Failed a urine screen.  But I was doing good.  Out for six months, and they were screening me like all the time, I only failed three of them.”

“With … ?”

“Meth,” he said, nodding.  “But I wasn’t hitting it bad, this time.  I know I look like I lost some weight, dropped from 230 down to 205, but that’s just cause it was hard getting enough to eat.  Wasn’t like last time.  I don’t know if you remember, like, just how gaunt my whole face looked when they brought me in.  But, man, it’s just … as soon as I step outside this place, my anxiety shoots through the roof … “

This is apparently a common phenomenon.  When we incarcerate people, we carve away so much of their experience of the world.  Inside the jail, there is a set routine.  Somebody is often barking orders, telling people exactly what to do.  There aren’t even many colors to be distracted by, just the white-painted concrete walls, the faded orange of inmate scrubs, the dull tan CO shirts and dark brown pants.

The world in there is bleak, which means there are very few choices to make.  Will you sit and try to listen to the TV?  (The screen is visible from three or four of the twelve cells, but not from the others.)  Try, against all odds, to read a book?  Or add your shouting voice to the din, trying to have a conversation (there’s no weather, so instead the fall-back topic is speculating what’s going to be served for dinner)?

After spending time locked up, a person’s ability to navigate the wider world atrophies, the same as your leg would if you spent months with it bundled up in a cast.

And these are people whom we should be helping to learn how to navigate the world better.

“ … so I vape a lot, outside.  I step out of this place, that’s the first thing I do, suck down a cigarette.  And, every now and then … “

He feels physically pained, being so attentive to his surroundings.  And so he doses himself with chemicals that let him ignore the world as well as I can.

And, yes.  He grew up with an abusive stepfather.  This led to his acting squirrelly in school.  And so, at ten years old, medical doctors began dosing him with powerful stimulants.

Meanwhile, our man dutifully internalized the thought that he had a personal failing.  The doctors referred to his hyper-vigilance as an attention deficit disorder.


Words have power.

We can’t know now, after all the hurt we’ve piled on him, but think: where might our man be if he’d learned to think of his attentiveness as a virtue?

On the water-fueled car.

On the water-fueled car.

“I heard there was, like, a car that runs on water … “

“Dude, no, there’ve been, like, six of them.  But oil companies bought all the patents.”

A lot of the people who attend my poetry class in jail believe in freaky conspiracy theories.  Somebody started telling me that the plots of various Berenstain Bears books are different from when he was a child, which is evidence that the universe bifurcated and that he’s now trapped in an alternate timeline from the path he was on before …

old hat(New printings of some Berenstain Bears books really are different.  Take Old Hat New Hat, a charming story about shopping and satisfaction: after the protagonist realizes that he prefers the old, beat-up hat he already owns to any of the newer, fancier models, a harried salesperson reacts with a mix of disgust and disbelieve.  This scene has been excised from the board book version that you could buy today.  Can’t have anything that tarnishes the joy of consumerism!)

I’ve written about conspiracy theories previously, but I think it’s worth re-iterating, in the interest of fairness, that the men in jail are correct when they assume that vast numbers of people are “breathing together” against them.  Politicians, judges, police, corporate CEOs and more have cooperated to build a world in which men like my students are locked away.  Not too long ago, it would have been fairly easy for them to carve out a meaningful existence, but advances in automation, the ease of international shipping, and changes to tax policy have dismantled the opportunities of the past.

Which means that I often find myself seriously debating misinterpretations of Hugh Everett’s “many worlds” theory (described midway through my essay, “Ashes”), or Biblical prophecies, or Jung-like burblings of the collective unconsciousness.

Or, last week, the existence of water cars.

In 2012, government officials from Pakistan announced that a local scientist had invented a process for using water as fuel.  At the time, I was still running a webcomic – one week’s Evil Dave vs. Regular Dave focused on news of the invention.

dave062.jpg

When scientists argue that a water-powered car can’t exist, they typically reference the Second Law of Thermodynamics (also discussed in “Ashes”).  The Second Law asserts that extremely unlikely events occur so rarely that you can safely assume their probability to be zero.

If something is disallowed by the Second Law, there’s nothing actually preventing it from happening.  For an oversimplified example, imagine there are 10 molecules of a gas randomly whizzing about inside a box.  The Second Law says that all 10 will never be traveling in the exact same direction at the same time.  If they were, you’d get energy from nothing.  They might all strike the north-facing wall at the same time, causing the box to move, instead of an equal number hitting the northern and southern facing walls.

But, just like flipping eight coins and seeing them all land heads, sometimes the above scenario will occur.  It violates the Second Law, and it can happen.  Perpetual motion machines can exist.  They are just very, very rare.  (Imagine a fraction where the denominator is a one followed by as many zeros as you could write before you die.  That number will be bigger than the chance of a water-fueled car working for even several seconds.)

When chemists talk about fuel, they think about diagrams that look roughly like this:

graph.PNG

The y axis on this graph is energy, and the x axis is mostly meaningless – here it’s labeled “reaction coordinate,” but you wouldn’t be so far off if you just think of it as time.

For a gasoline powered car, the term “reactants” refers to octane and oxygen.  Combined, these have a higher amount of energy stored in their chemical bonds than an equivalent mass of the “products,” carbon dioxide and water, so you can release energy through combustion.  The released energy moves your car forward.

And there’s a hill in the middle.  This is generally called the “activation barrier” of the reaction.  Basically, the universe thinks it’s a good idea to turn octane and oxygen into CO2 and H2O … but the universe is lazy.  Left to its own devices, it can’t be bothered.  Which is good – because this reaction has a high activation barrier, we rarely explode while refueling at the gas station.

Your car uses a battery to provide the energy needed to start this process, after which the energy of the first reaction can be used to activate the next.  The net result is that you’re soon cruising the highway with nary a care, dribbling water from your tailpipe, pumping carbon into the air.

(Your car also uses a “catalyst” – this component doesn’t change how much energy you’ll extract per molecule of octane, but it lowers the height of the activation barrier, which makes it easier for the car to start.  Maybe you’ve heard the term “cold fusion.”  If we could harness a reaction combining hydrogen molecules to form helium, that would be a great source of power.  Hydrogen fusion is what our sun uses.  This reaction chucks out a lot of energy and has non-toxic byproducts.

But the “cold” part of “cold fusion” refers to the fact that, without a catalyst, this reaction has an extremely steep activation barrier.  It works on the sun because hydrogen molecules are crammed together at high temperature and pressure.  Something like millions of degrees.  I personally get all sweaty and miserable at 80 degrees, and am liable to burn myself when futzing about near an oven at 500 degrees … I’d prefer not to drive a 1,000,000 degree hydrogen-fusion-powered automobile.)

Magnificent_CME_Erupts_on_the_Sun_-_August_31.jpg
Seriously, I would not want this to be happening beneath the hood of the family ride.

With any fuel source, you can guess at its workings by comparing the energy of its inputs and outputs.  Octane and oxygen have high chemical energies, carbon dioxide and water have lower energies, so that’s why your car goes forward.  Our planet, too, can be viewed as a simple machine.  High frequency (blue-ish) light streams toward us from the sun, then something happens here that increases the order of molecules on Earth, after which we release a bunch of low-frequency (red-ish) light.

(We release low-frequency “infrared” light as body heat – night vision goggles work by detecting this.)

Our planet is an order-creating machine fueled by changing the color of photons from the sun.

A water-fueled car is impractical because other molecules that contain hydrogen and oxygen have higher chemical energy than an equivalent mass of water.  There’s no energy available for you to siphon away into movement.

If you were worried that major oil companies are conspiring against you by hiding the existence of water-fueled cars, you can breathe a sigh of relief.  But don’t let yourself get too complacent, because these companies really are conspiring against you.  They’re trying to starve your children.

On neural plasticity.

On neural plasticity.

After discussing several forms of parasitic mind control during our poetry class in the local jail, somebody asked – somebody always asks – whether there’s some sort of parasite that makes people want to use drugs.

A few guys looked down at the table and nodded.  People are in there for a variety of reasons – domestic violence, burglary, DWIs, dealing or possession – but no matter the charge, many of the guys in jail were dealing with substance use that got out of hand.

I gave the same answer as always.

“Drugs do it on their own.  Chemicals can remodel your brain to make you want them again.  Like cocaine, it’s a dopamine re-uptake inhibitor, so if something makes you happy after coke, it’ll make you more happy than it would’ve … but your body responds by down-regulating the receptors, and then you’re stuck feeling less happy all the time unless you take it again.”

1024px-Crystal_Meth

But it’s not all bleak.  Drug addiction takes hold because the brain is plastic – our minds change and we want that rush again, potentially to the exclusion of all else – but neural plasticity allows people to recover, too.  Dopamine receptor levels fall during periods of excessive drug use, but they’ll rebound during sobriety … and this rebound should attenuate the desire to use again.

Dopamine_D2_Receptors_in_Addiction.jpg
Repeated exposure to drugs depletes the brain’s dopamine receptors, which are critical for one’s ability to experience pleasure and reward. From Wikimedia Commons.

(Unfortunately, the lecturers in our area’s court-mandated rehab courses have been telling people that, “After you take methamphetamines, it takes eight years of sobriety before your dopamine receptor levels come back.”  This sounds wrong to me – I don’t know the half-life of dopamine receptors, but the timing of sensitization and de-sensitization in conditions like bipolar disorder and antidepressant-induced mania suggests that it’s on the order of a month or so, not years – and it’s definitely unhelpful to say.  If you’re trying to help someone quit taking drugs, you want their goals to be feasible.

A former co-teacher tattooed “Day By Day” on his arm because quitting forever seemed impossible, but getting through one more day without drugs sounded like something he could do.  He’s now weathered five years of single days.  But if I felt like garbage and an instructor told me, “You’ll only feel like this for eight more years!”, I’d give up immediately.)

I don’t really understand Scientology – all my current knowledge comes from a single episode of South Park and a few minutes spent skimming through the Wikipedia article – but I was intrigued by the practice of using “E-meters” to measure a person’s cognitive development in the faith.  It made me wonder whether the sort of person who was interested in biofeedback and numerical metrics – somebody who tracks steps with a Fitbit or the gasoline saved on a Prius console – could use self-administered polygraphs for cognitive behavioral therapy.

800px-Scientology_e_meters_green_black_cropped
An E-meter.

It’s well-known that polygraphs are fallible – you can fail them when you’re telling the truth, and you can learn to pass them while lying – but I imagine that the easiest ways to pass a polygraph is to convince yourself that whatever you’re saying is true.  There many physiological correlates to dishonesty – skin voltage, electroencephalogram patterns, eye movement, vocal tones – and by convincing yourself to earnestly believe whatever you happen to be saying, you could pass any of them.

Because you can cheat, U.S. courts generally don’t trust the results of lie detector tests.  In the pursuit of justice, cheating would be bad.  But as self-administered therapy, cheating is the whole point.  You cheat at lying until the lie becomes the truth.

“I like myself and I am worthy of love and self-respect.”

Rig up your polygraph and say something like that until the machine stops dinging you.  Do it daily.  Your brain is plastic, designed to learn and change.  Your words will become true.

On mind control versus body control

On mind control versus body control

In jail last week, we found ourselves discussing mind control.  Ants that haul infected comrades away from the colony – otherwise, the zombie will climb above the colony before a Cordyceps fruiting body bursts from its spine, raining spores down onto everyone below, causing them all to die.

6761314715_360cd6c878_z.jpg
Photo by Bernard Dupont on Flickr.

Several parasites, including Toxoplasma gondii, are known to change behaviors by infecting the brain.  I’ve written about Toxo and the possibility of using cat shit as a nutritional supplement previously – this parasite seems to make its victims happier (it secretes a rate-limiting enzyme for dopamine synthesis), braver, and more attractive.

I told the guys that I used to think mind control was super-terrifying – suddenly your choices are not quite your own! – but I’ve since realized that body control is even more terrifying.

We’d thought that each fungus that makes ants act funny was taking over their brains.  But we were wrong.  The Ophiocordyceps fungus is not controlling the brains of its victims – instead, the fungus spreads through the body and connects directly to muscle fibers.  The fungus leaves an ant’s brain intact but takes away its choices, contracting muscles to make the ant do its bidding while the poor creature can only gaze in horror at what it’s being forced to do.

If a zombie master corrupts your brain and forces you to obey, at least you won’t be there to watch.  Far worse to be trapped behind the window of your eyes, unable to control the actions that your shell is taking in the world.

A sense of free will is so important to our well-being that human brains seem to include modules that graft a perception of volition onto our reflex actions.  Because it takes so long for messages to be relayed to the central processing unit of our brains and back outward to our limbs, our bodies often act before we’ve had a chance to consciously think about what we’re doing.  Our actions typically begin a few hundred milliseconds before we subjectively experience a decision.

Then, the brain’s storytelling function kicks into gear – we explain to ourselves why we chose to do the thing that we’ve already begun doing.

If something goes wrong at that stage, we feel awful.  People report that their bodies have “gone rogue.”  If you use a targeted magnetic pulse to sway a right-handed person to do a simple task left-handed, that person probably won’t notice anything amiss.  The storytelling part of our brain hardly cares what we do – it can come up with a compelling rationalization for almost any action.

“Well, I chose to use my left hand because … “

But if you use a targeted magnetic pulse to incapacitate the brain’s internal storyteller?  The sensation apparently feels like demonic possession.  Our own choices are nightmarish when severed from a story.

On alternate truths.

On alternate truths.

Sometimes the alternatives are jarring – you look and count a certain number, another person proffers a radically different amount.

Surely one of you is mistaken.

In the United States, there’s a rift between those who overestimate certain values (size of inauguration crowds, number of crimes committed by immigrants, votes cast by non-citizens, rates of economic growth) and their fellows.

Henri_Tajfel.jpgIn the 1960s and 70s, psychologist Henri Tajfel designed experiments because he was curious: how is genocide possible?  What could sap people’s empathy so severely that they’d murder their thinking, perceiving, communicating neighbors?

Tajfel began with a seemingly irrelevant classification.  In the outside world, people have different concentrations of epidermal melanin, they worship different deities, they ascribe to different political philosophies.  But rather than investigate the gulf separating U.S. Democrats from Republicans, Tajfel recruited a homogeneous set of teenage schoolboys to participate in an experiment.

Screen Shot 2018-09-19 at 2.38.26 PMOne by one, the kids were shown a bunch of dots on a screen and asked to guess how many dots were there.  Entirely at random, the kids were told they’d consistently overestimated or underestimated the number of dots.  The numbers each kid guessed were not used for this classification.

Then the kids participated in a pretty standard psychology experiment – they had various amounts of money to split between other study subjects.  In each case, the kids were told that one of the recipients would be a fellow over-estimator (not themselves, though), and the other recipient would be an under-estimator.

An intuitive sense of “us vs. them” would pit study subjects against the researchers – kids should assign payoffs to siphon as much money as possible away from the university.  When every option has an equivalent total payoff, you might expect a fair distribution between the two recipients.  After all, the categorization was totally random, and the kids never had a chance to meet the other people in either their own or the other group.

Instead, over-estimators favored other over-estimators, even at the cost of lowering the total payout that the kids would receive from the researchers.  Oops.

We should expect our current over-estimators to favor each other irrationally, too.  These groups aren’t even randomly assigned.  And many of the alternate truths must seem reasonable.  Who among us doesn’t buy in to the occasional fiction?

For instance, there’s the idea of “free market capitalism.”  This is fictitious.  In the absence of a governing body that threatens violence against those who flaunt the rules, there can’t be a market.

Sometimes anarchists argue that you could have community members enforce cultural norms – but that is a government (albeit a more capricious one, since the “cultural norms” might not be written down and shared policing introduces a wide range of interpretations).  Sometimes libertarians argue that a government should only enforce property rights, but they purposefully misunderstand what property rights consist of.

garden-gardening-growth-2259If you paint a picture, then I spray it with a hose, you won’t have a picture anymore.  If you have a farm, then I buy the adjacent property and start dumping salt on my land, you won’t have a farm anymore.  I don’t have the physically take things out of your hands to eliminate their value.

If you own a house, then I buy the adjacent property and build a concentrated animal feeding operation, the value of your house will plummet.  You won’t have fresh air to breathe.

Or maybe I want to pump fracking chemicals into your aquifer.  You turn on your tap and poison spills out.

We have rules for which of these actions are acceptable and which are not.  The justifications are capricious and arbitrary – honestly, they have to be.  The world is complex, and there’s no pithy summary that solves all our quandaries.  Right to swing my arm, your nose, pffft, nonsense.  Why’d you put your nose there, anyway?

And our government enforces those rules.  The market is not free.  Corporations that denounce government intervention (e.g. dairy-industry-opposing tariffs, carbon tax, etc.) seek government interventions (now the dairy industry hopes that producers of soy milk, almond milk, coconut milk, etc., will be forced to rename their products).

But this probably doesn’t feel like hypocrisy.  We humans are good at believing in alternate truths.

On love and physics.

On love and physics.

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Portrait of Max from 812 Magazine.

I recently attended a singer-songwriter’s performance with my buddy Max.  I have difficulty sitting still, so I’d brought paper and some markers to draw horrible cartoons while we listened.

After the show, Max and I caught up.  We briefly mentioned our work (he is building things; I am alternating between typing, reading children’s books, and spraying down my popsicle-sticky kids with a hose) and started hashing philosophy.  Max digs the old stuff – he’s currently reading Lucretius’s On the Nature of Things, which speculates on both the existence of atoms and reasons why we are conscious.

I told him once that K won’t let me talk about free will at parties, so Max often goads me into it.  He’s always loved the image of K hovering with a flyswatter, waiting for me to broach her ire by describing the experiment that would disprove the existence of free will.  “We can’t do it yet, but if a non-destructive brain scan at sufficient molecular accuracy … “ SWAT!

Hugh-EverettI described Hugh Everett’s many-worlds interpretation of quantum wave-function collapse – the idea that with every coin-flip, the universe splits into two and time keeps marching on with the coin having landed both heads and tails.  A lot of physicists like dispensing with probability and randomness.  Not me – I think the world needs a little chaos.  Even if our choices were totally unpredictable, we might not have free will, but if the universe was predictable, sensible and orderly, then we definitely wouldn’t be free.

If you feel like you have free will, that’s almost the same as having it – but how free would you feel if researchers could strap you into a scanner and predict your fate more impeccably than any fortuneteller?

And then, because Max and I always bring up Albert Camus’s The Myth of Sisyphus when we discuss the meaning of life, we had to talk about the experiment that would let you prove Everett’s theory (but only to yourself).  I’ve written about this previously, in an essay on my father-in-law and the science of resurrection, but the shorthand description of the experiment is “quantum-mechanical suicide.”

If every coin flip created a new world, and inside one your consciousness would be extinguished before you learned the result of the flip, then you could only consciously perceive yourself as experiencing the other outcome.  Someone could flip a coin hundreds of times and you’d always see it landing heads, if the you inside every tails world was instantly ablated.

I was scribbling out diagrams, jotting numbers, and drawing an experimental apparatus with a research subject exploding into flames.  Max leaned back, folded his arms over his chest, and mused, “But what I want to know is where love comes into it.”

I added a few more jagged flames, then set down my pen.

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Photo by Shena Pamela on Flickr.

Look, I’m a clever dude.  I’ve always been good at math, despite having taken very few math classes.  I’m well read, hard working, and adept at solving puzzles.  But I was never the best with emotions.  Before I had kids, nobody would’ve mistaken me for any sort of love expert.

I stuttered a little, then described quantum entanglement (also referred to as “spooky action at a distance” – Jim Holt wrote a lovely essay for the New York Review of Books about it).  Particles that are linked stay linked.

Max shook his head.  We both knew that wasn’t really love.

But I’m a cold, rational scientist.  Max trusts his intuition that something mystical is happening in the world.  What kind of explanation might satisfy us both?

So we tried again.  The world is real.  There is, as best we can tell, a single, objective reality surrounding us.  But our consciousness has no access to that world.

In reality, the computer I’m typing this essay on is composed of mostly empty space.  Electrons flit blurrily around atomic nuclei – when I reach toward the keys, electrons in my fingertips are repelled, giving me the illusion that the computer is solid.  One by one receptors in the cone cells of my eyes interact with incident photons, letting me believe that I am constantly seeing a room full of smooth, hard surfaces.  My consciousness gobbles sensory data and creates a representation of the world.

And it’s within those representations that we live.  Some philosophers question why humans are conscious.  Others speculate that iPhones have consciousness as well.  Just like us, a modern telephone integrates a wide variety of external perceptions into its conception of the world.

In any case, because we live within our perception of the world, as opposed to the world per se, love really does change the universe.  By opening ourselves up to the world, we suddenly find ourselves to be inside a different world.  A physicist might not notice the difference after you let yourself love – but that physicist isn’t inside your head.  A physicist’s truth is not always the truth that matters.

Which I am very grateful to Max for teaching me.

Header image from The Scientific Cartoonist.