Fact 13: Graham's number will make your head implode - literally


Fact: Graham’s number is so large, that if you were to think it, your head would implode into a black hole.

Explanation: Graham’s number is an unimaginably (literally!) huge number that is a solution to a problem in graph theory. The problem is (you needn’t understand it to get the facts explanation, I just leave it here for completeness’s sake): if we take an n-dimensional cube, connect all its vertices to each other and colour these lines either red or blue, what is the lowest number of dimensions for which there will always be at least one ‘slice’ of this cube with all lines either red or blue?

Graham’s number is the upper bound of the answers to this problem, i.e. whatever the answer is, it is less than Graham’s number. How big is it? Well, think of it as a tower of 64 layers. Each layer is used to calculate the layer above it and the final layer is Graham’s number. The first, smallest number is so massive in itself, that it wouldn’t fit in the universe if each digit took up a space of one novendecillion (one followed by sixty zeroes) smaller than the volume of an electron, called a Planck volume.

But how will that make your head explode? Well, the universe has an interesting quality - information is a thing. A certain volume of space can hold a certain amount of information in it. The interesting bits is that as black holes suck in more and more things, they suck in more and more information as well. If you were to imagine the Graham’s number digit by digit, or even the first layer, your head would contain too much information for the volume it occupies. The information overload would cause your brain to implode, leaving a black hole where it used to be.

And who said maths can’t kill you.


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Fact 16: Electrons stalk each other all the time


Fact: Every electron is aware of every other electron’s state. Should the state of any one change, all the others in the universe ‘know’ instantly, quicker than the speed of light.

Explanation: As I mentioned previously, every point in space is described by a quantum state, which tells us everything about it. This applies to particles as well, where electrons have their own particular quantum state. One, overarching rule is Pauli’s exclusion principle. This principle says, quite simply, that no two electrons can occupy the same quantum state. Just like I can’t occupy the same space as you, two electrons cannot share a quantum state. Simple and logical.

Let’s say that an electron occupying a state A is located somewhere in you desk and an electron occupying the state B is located somewhere halfway across the universe in some star. If I inject energy into the electron in my desk (by heating it, for example) it jumps to a different energy state. If it jumps to  B then we’ve got ourselves a problem. That state cannot be occupied by the two electrons! So what does happen? Well, the electron that used to occupy B moves to a different quantum state. Instantaneously, faster than light (or information) could travel to it. And this happens all the time, all over the universe. All of electrons constantly shifting and adjusting.

By rubbing your hands together, you are altering the electrons in the entire universe.

Fact 27: Nothing can move faster than light, except not really.


Fact: You can break the speed of light and doing so creates really cool visual effects of a light boom (a sort of ‘sonic boom’).

Explanation: As we all know, nothing can move faster than light. So what am I talking about? Well, the exact definition is that nothing can move faster than light in a vacuum. In other mediums light moves slower as it bumps into  molecules, and in some it slows down so far, that you can surpass its speed. This is what happens in nuclear reactors - electrons travel through the water quicker than light, which causes the particles to rapidly polarise (arrange their vibration to be only in one direction) and then stop, emitting light. It is called Cherenkov radiation and looks REALLY COOL.


Fact 55: Canada is awesome at names

Fact: There is a city in Alberta, Canada called Medicine Hat

Explanation: The name is a translation of the Blackfoot word Saamis, which indicated the eagle feather adorned headwear traditionally worn by medicine men (the traditional healers of Native American tribes). There are a number of legends, which explain why the Native Americans called the city location that.

The first one tells a story of a hunter which was contacted by a mystical river serpent called Soy-yee-daa-bee (the Creator). The serpent told him to sacrifice his wife and that it would give him special powers that would manifest themselves in a hat.

Another legend tells of a battle between the Blackfoot and the Cree, in which a retreating Cree medicine man lost their hat, which fell into the river (I’m sure if the Cree were telling that story it’d be the Blackfoot retreating).

No matter the origin, it’s awesome that there is a man, whose official position is ‘Mayor of Medicine Hat’.

Fact 35: World fits into Uruguay thanks to the Filipinos


Fact: If the entire world population were to live in a city that is as densely populated as Manila, the capital city of the Philippines, that city would have an area equivalent to the country of Uruguay.

Explanation: The city of Manila is the most densely populated city proper in the world, 1.6million people live on 38 square kilometres. This means that every square kilometre is populated by 43 thousand people, or every square mile by 111 thousand people. This is also equivalent to every person having the area equivalent to two parking spaces to themselves.

If the entire world population were to live in such conditions, we would be condensed into a mere 160 thousand square kilometres, or just under the land area of Uruguay. This city would grow by 4 square kilometres, or about one-and-a-fifth Central Parks every day, increasing by the size of Greater London every year.

Finding a parking space would be a nightmare.

Fact 66: Fourteen of you could fit in world's largest engine.

Fact: The Wärtsilä RT-flex96C is the world’s largest engine. Each of it’s cylinders has a bore of about 1 metre and with each stroke, the cylinders move down by 2.5 metres.


Explanation: No, that is not a model truck. What you’re seeing there is the world’s largest reciprocating engine (similar to the one you have in your car or your lawnmower). From the bottom to top it is an impressive 13.5 metres and weighs an incredible 2200 tonnes. It is used in the world’s largest ships and is able to provide 110 thousand break-horsepower. To put that into perspective, the world’s most powerful road car ever built produces 85 times less. And it’s enough force to pull a T-90 tank along the ground at the speed of sound.

Fact 74: You can be both the luckiest and unluckiest man on Earth

Fact: Tsutomu Yamaguchi survived the atomic attack on both Hiroshima and Nagasaki and is the only person to be officially recognised by the government of Japan to have done so.

Explanation: Tsutomu Yamaguchi was an engineer working for Mitsubishi Heavy Industries - he helped design oil tankers. Yamaguchi worked and lived in Nagasaki, but he went to Hiroshima in 1945 on a business trip, which was to end on August 6 and on that day he was actually preparing to leave. However, he realised he forgot his documents, so he returned to his workplace - and that was when the bomb exploded, three kilometres from him. He suffered burns, his eardrums were ruptured and the flash blinded him, but he survived. Having rested, he set out to find his colleagues, with whom he was to travel back to Nagasaki. Finding they survived, all three of them rested in a shelter and the next day travelled to Nagasaki, where they received treatment.

A few days later, on August 9, a second bomb was dropped on Nagasaki (interestingly Nagasaki wasn’t the primary target, but the bad weather conditions over Kokura prompted a change of targets), again about three kilometres from Yamaguchi. This time the blast didn’t injure him directly, but he was unable to receive further treatment (as the city was in ruins). Suffering from high fever for many days, he eventually recovered and led a relatively normal life until 2009, when he was recognised as the first and only double atomic bomb survivor (although about 160 such people are known, they are not recognised by the government).

Mr Yamaguchi died in 2010 from stomach cancer, at an age of 93.

Fact 72: Germans build massive death machine

Fact: The Bagger 288 is the world’s largest vehicle in the world, weighing 13,500 tonnes.


Explanation: No, that is not photoshop. What you’re seeing on the picture is the Bagger 288, the world’s largest land vehicle being moved in 2001 from one mine to another. It’s an excavator, and can dig up to 240,000 tonnes every day - the equivalent to making a hole the size of a football pitch 30 metres deep. Also, that’s enough to fill up 2400 coal wagons.

To complete this task, it uses the massive excavating head that is 21 metres in diameter (that’s that thing on the left that looks like a massive buzzsaw). Each of those teeth is actually a massive bucket the size of a jacuzzi.

The whole machine is 220 metres long and about a hundred tall, and can move at a staggering pace of up to 0.6 km/h. It weighs a staggering 13,500 tonnes (since I seem to be using this comparison often, it’s equivalent to 220 Challenger II tanks). What is incredible is that due to its massive amount of caterpillar tracks, the weight is very well distributed, and the machine can move on dirt, gravel and grass without leaving much of an imprint (the pressure under it’s treads is 170% atmospheric pressure).

To power this behemoth, it needs 16.6 megawatts of power, or as much as 16600 households use on average or about 22,300 horsepower.

Fact 69: Worst defense EVER!

Fact: The horned lizard’s defense mechanism is to shoot blood out of its eyeballs.


Explanation: Yes, you read it correctly, as the beautiful gif shows. Through a process called autohaemorrhaging (making yourself bleed) it squirts high pressure blood at the predator in a similar fashion to a spitting llama or a spraying skunk. The pressure is so high, that it can squirt the blood up to five feet, which is pretty impressive considering that it’s a tiny lizard.

Fact 42: You'll die if you go 19 kilometres from your house


Fact: At an altitude of 19 kilometres your blood would boil.

Explanation: We all know that the boiling temperature of water decreases as the altitude increases. I personally first encountered this in stories of disgusting tea on Mount Everest. This is all nice and funny, but nobody tells you about how higher up your eyes boil. The mechanism is simple - at approximately nineteen kilometres (called the Armstrong limit) the pressure of the atmosphere is so low that water boils at 37 degrees Celsius. You may recognise this temperature as the average body temperature. This basically means that at this altitude, if you aren’t wearing a pressure suit, all the water in your body starts boiling simultaneously - your tears, the moisture on your tongue, the inside of your lungs.

And all that tries to leave your body through any means.

Fact 71: Russians fire king, literally.

Fact: The impostor tsar Dmitriy I was killed, quartered, cremated and his ashes shot from a cannon.

Explanation: In 1593 the son of Ivan the Terrible died childless, ending the  Rurik dynasty which ruled Russia for over 400 years. That started what is called the Time of Troubles, a 15 year period before a new dynasty was established (the Romanov dynasty, which ruled Russia until the death of the last tsar at the hands of the communist revolutionaries). In that period there was a claimant to the throne, Dmitriy I (also called False Dmitriy I), who claimed to be the youngest son of Ivan the Terrible, which would give him right to the throne.

Before he could take the throne, however, he needed help, money and armies. He got them from the Polish, which didn’t gain him a whole lot of trust from the Russians. After seizing the throne, he ruled for 10 months, during which he was disliked by his subjects. He was a womaniser, didn’t follow local traditions, didn’t have a beard and surrounded himself with Poles.

He, along with about 500 Polish noblemen, were massacred by rebels led by future tsar Vasili IV. He was buried, then exhumed, dragged by rope attached to his genitals, quartered, burned, loaded into a cannon and then fired in the general direction of Poland, as an act of defiance.

Fact 45: Butterfly babies remember grandpa's home

Fact: The Monarch butterfly manages to migrate from Canada to Mexico every year and return to the same spots, even though the migration takes several generations.

Explanation: If I asked you to lead me to your home you would be able to do it without much trouble. But if I asked you to lead me to the home where your great-great-great-great-grandfather lived, you’d probably be stumped. Not if you’re a Monarch butterfly. Somehow, every year, they manage to migrate from Canada to Mexico for the winter. The journey is long enough for butterflies to die and new ones to be born, so that no butterfly that started the trip ever finishes it. But somehow, every year they come back to the same place.

And nobody knows why; sadly it’s an unsolved problem.

Fact 44: Homeopathic medicine is water.

Fact: A standard homeopathic solution used in most applications, called the 30C solution, is so diluted, that it is equivalent to one molecule of the ‘medicinal’ substance in a sphere with a radius equal to 150 million kilometres.

Explanation: Homeopathic medicine bases itself on the idea that ‘like cures like’. The German doctor, Samuel Hahnemann, who invented the field believed that if a substance can cause certain symptoms in a human then a small dilution of it will be beneficial. For example, arsenic causes nausea, diarrhoea and convulsions (and possibly death), so a dilution of arsenic is often used for treating those symptoms.

The dilutions are prepared by one part in one hundred and then this dilution is struck strongly against an elastic surface ten times. This releases (or so homeopaths claim) a latent energy in the substance and impresses it onto the solvent (usually water). This produces a substance of 1C dilation (1 part in 100). Now we take a portion of this dilation and we repeat the process, now we have a 1:10000 dilation (1:100 of the 1:100), giving us 2C.

The standard, suggested dilation 30C is 1:10^60, or one part of the active substance in million billion billion billion billion billion billion parts of water. Let’s imagine we’ve got an infinite supply of this 30C dilution and we give it to patients. How long would we have to wait, on average, to have a patient consume a single molecule of the active substance. We’d have to wait four billion years if we gave six billion patients two billion doses every second.

It’s just water.

Fact 33: You have two 209 megapixel cameras in your head.


Fact: The human eye has resolution good enough that it would be equivalent to having 209 megapixels.

Explanation: The human eye has a resolution of 1.2 arcminutes per line pair (on average, with some people it goes down to 0.78 arcminutes per line pair). This means that two lines covering 1.2 arcminutes (one fiftieth of a degree) can be distinguished as two lines. Any closer, and they will be seen as a single, grey line. In terms of a camera, this basically means that the two lines have to be on two pixels minimum for us to be able to say they’re not the same object. This means that every one hundredth of a degree we see would be a different pixel.

Each human eye has a horizontal field of view of about 155 degrees (95 away from the nose, 60 towards the nose) and the vertical field of view is about 135 degrees (75 downwards, 60 upwards); this assumes that we aren’t rotating our eyeballs or swivelling our heads. Such a field of view is what we see at any given time; we don’t necessarily focus on it all the time, but this is what we see.

This means that each eye needs to have the equivalent of 209 megapixels (or more, if your eyesight is particularly good).

Quite a good camera you’ve got there!

Fact 28: Tardigrades do not give a fuck.


Fact:  Tardigrade, a small water-dwelling animal, is pretty much like superman. They can take insane pressure, temperatures and radiation. And they love it.

Explanation: Tardigrades are small animals that live wherever there’s water. They look like tiny caterpillars that are from 1.5 to 0.1 millimetres long. They aren’t really remarkable in what they do, apart from their insane durability.

Firstly, they can take crazy amounts of pressure. Tardigrades can take the pressure of the vaccum of space and they don’t mind; some of them can take a pressure six thousand times larger the atmospheric pressure, which is equivalent to the weight of an adult elephant standing on an area the size of your fingernail and is over six times larger than the pressure at the bottom of the Mariana Trench, the deepest oceanic trench.

So these guys can already take the pressure that you can’t get anyplace on Earth without digging into the crust. They can also take temperatures of minus 200 Celsius for days without so much as caring. For shorter periods of time (a couple minutes) they can take temperatures of over 150 Celsius or just one degree above absolute zero.

And these guys don’t care for radiation either. They can easily take doses 600 times those that would kill any human. In fact, they’re so tough, that they’ve been shot into space with no protection from the temperature, vacuum or cosmic radiation that would kill a human within minutes. When they came back to Earth ten days later, the were not only fine, it turned out some of them had babies.

If anybody asks me what animal I’d like to be, you can bet I’ll say tardigrade.

Fact 8: Neutrinos too small for interplanetary golfist to notice


Fact: If you were to increase the size of a golf ball to the size of our solar system, keeping the proportions between elementary particles constant, the hydrogen atom would be 11 kilometres across. The neutrino, would be smaller than the width of a human hair.

Explanation: Neutrinos are unfathomably tiny particles that have no charge and almost no mass. They fly at near light-speed and pass through almost all matter, very rarely interacting with anything. In fact, every second 65 billion neutrinos pass through every square centimetre of you and you don’t even notice.

The neutrinos are so tiny that they are to the potassium atom as the potassium atom is to us - over a billion times smaller. If you took a golf ball and increased its size so that you could fit the entire solar system in it, then the neutrino would be about 70 microns across - less than the width of a human hair.

Fact 65: Pennsylvania has real life Silent Hill

Fact: A fire burning under a town for over 50 years has rendered Centralia, Pennsylvania, completely uninhabitable with fumes of toxic smoke coming out from beneath the ground.

Explanation: Keeping on the theme of things burning way longer than you’d expect, I present Centralia! It was a small mining town, being completely uninteresting until in 1962 a rubbish fire in one of the abandoned mineshafts has spread to a coal seam. You might think that a coal seam, with its insanely large amount of flammable material, burning right beneath a town might be bad, but in fact it was even worse than that - due to low amounts of oxygen beneath the ground, the coal doesn’t burn, it smoulders. This means it undergoes incomplete combustion, producing carbon monoxide, a highly toxic gas, rather than carbon dioxide.

As clouds of toxic fumes came from beneath the ground, cracking the earth, causing collapses and landslides, the town was evacuated with only ten bravest (or craziest) souls remaining.They live in a town where any day the earth could swallow you up, cook you, suffocate you or otherwise leave you dead.

This ghost town served as an inspiration for Silent Hill.

Fact 56: Everybody expected the Spanish Inquisition

Fact: The Spanish Inquisition gave all accused a period of 30 days before their trial.

Explanation: The Spanish Inquisition was a police force and judiciary arm that was created to protect the Catholic faith. It was a handy tool for the Spanish monarchs, as it was under their control, rather than under the control of the papacy (as was the case with previous inquisitions). It was established in 1481 and had the right to capture, try and punish (or in some, rare cases, acquit) any person that was accused of not being a true Catholic.

However, despite many terrible things the inquisition has done (torture being one of it; interestingly, the inquisition engaged in torture far less often than any other European tribunal, despite the popular accounts), they stuck to the rules of law (more or less) with a right to legal counsel and a right to a period of grace. This meant that the accused was informed of his or her trial 30 days prior; it was originally intended that during this period the ‘heretic’ would denounce their heresies and return to the true Catholic faith (in case of small heresies) or prepare a defence for their trial (in case of serious heresies).

How very polite of them.

Fact 52: Liechtenstein's non-existant military multiplies

Fact: During the Austro-Prussian war a 60 man contingent was deployed on a mission. 61 came back.

Explanation: The Austro-Prussian war was a conflict in 1866 that saw North German states (along with Italy) fight the South German states and Austria. Liechtenstein, a small country stuck between Switzerland and Austria, took Austria’s side. The prince of Liechtenstein assembled a mighty force of 80 men; 60 were sent to guard the Stelvio pass, a narrow passageway of strategic importance between Austria, Italy and Switzerland.

Nothing of interest happened at the pass, so when the war ended the Lichtensteiners returned. On their way back they found an Austrian liaison officer that sympathised with them and joined them. And so, Liechtenstein’s army ceremoniously walked through Valduz (capital of Liechtenstein) with one more man than had left.

Then Liechtenstein decided that they wouldn’t be able to top that story and disbanded their army.