Suppose, someone gives you a beautiful bouquet, celebrating a very important day of your’s, say your 50th wedding anniversary – A rare event these days. Wouldn’t it make you happier if these precious flowers last longer, even if it is just “slightly longer”? If you are a person like me who is easily moved, seeing flowers last longer would certainly make you happier!
Here are a few simple scientifically proven ways you could try that would make your cut flowers last slightly longer.
Sprite or 7-Up
Well, to make a flower last for about 3 days, of course you could cut off an inch of the stem, clean it and put it in plain water. But there is also a little addition you can do to the water to keep them blooming for a few more days.
Everybody knows what extremely low temperatures can do to our body. If you aren’t well protected from the cold, unable to retain the heat, the core temperature of your body may drop below 35 degree C and can cause some serious problems, even death.
At even lower temperatures, ice crystals can form in the tissues and puncture blood vessels. Ice crystals may even squeeze, deform and break cells. Otherwise it can leave behind shrunken and destroyed cells by sucking out water from them to form ice. Probably leaving you with a permanently damaged body part.
Due to ice formation inside the cells, this disastrous structural damage that is caused in human bodies, or most other organisms is unavoidable. We were not built to endure horrendous cold. But there are a few organisms who are built to live, or if I may say, die and then live again in extremely cold temperatures.
Meet the Wood Frog
Wood frog, a small variety of frog found in north america is one such creature. You ask what’s so interesting about them?
It is probably one of the most freeze tolerant beings. In other words, extracellular freeze tolerance and intracellular freeze avoidance enables the frog to do what it does.
Well, when it is really cold out there in the Arctic circle or the upper parts of America, they can freeze themselves for weeks, even for months. It does this by first finding out if it is really cold out there. When it touches the first bits of winter snow, a signal sets off in its body and the signal starts the blood freeing process.
All the water is pulled away from the core of its organs and the water gets frozen. Putting all the organs in a shell of solid ice. The whole frog becomes hard as a rock and sits there like that for weeks. Till it sees the spring time.
The most amazing part is that, during this time, the frog doesn’t breathe, its heart stops beating and even kidneys stop functioning. In medical terms it could be called dead. In reality, it is only temporarily dead.
And then spring comes. It thaws itself out without any cellular injury and starts jumping again. It dies in winter and comes back to life in the next season.
This is probably how carbonite from Star Wars works.
Hit the like button if you learnt something today.
Euthanasia Coaster, A concept designed by Julijonas Urbonas, is a one of its kind roller coaster concept designed to literally kill you. As the name suggests, it is an engineering marvel designed to intentionally end lives of people suffering from terminal illnesses or the ones who are bored of a too long life – a practice referred to as Euthanasia. The coaster is a different kind of Euthanasia machine.
The concept, according to him is a humane way of ending lives of people who don’t want to live any more. Since, Euthanasia is seen as a suicide by some, it has been banned in some countries, while there are others who consider it legal. Similarly, the humane way of ending life by inflicting euphoria and thrill is considered a marvellous concept by some, and there are also others who are extremely disgusted by the idea. Most find it morbid.
Since Julijonas neither encourages nor discourages suicide, I think it isn’t right to judge him by his concept.
It kills you by extreme G forces that are produced at certain parts of the coaster. In simple words, it kills you by depriving your brain of oxygen. The medical term for it is Hypoxia. It does this by taking you up half a kilometre high and then dropping you into a 10 second long fall. It is built to carry 24 people and it ensures that all of them come back dead.
A tip you don’t need: Another way to die out of pleasure would be to feed yourself Theobromine. Now where would you find it?
Dark chocolates! A tiny bite of dark chocolate can easily kill your dog. But, if you are an 80 kg human, you need to consume about 10 kg of dark chocolate to kill yourself. That would be a great way to go, wouldn’t it?
From biological cells to celestial bodies spontaneous synchronisation is found everywhere in the nature. In simple words, you could call “spontaneous synchronisation” as “a natural self-organisational behaviour” in things. Where, out of a chaos, uniform order starts appearing. If that feels too abstract to understand, read on…
Probably the first human to note this effect was a Dutch physicist, Huygens. Huygens noticed this when he was working on a ship with two pendulum clocks. For very long times, his work of calculating longitudes required him to watch these clocks swinging away their pendulums. He would lie on the bed and watch them go. There was one weird thing he noticed about these pendulum clocks. No matter how the pendulums started swinging, after an hour or so, both the pendulums ended up synchronized! This was a perfect example of uniform order appearing out of no where from an apparent chaos.
The effect amazed scientists for about 350 years. Only then some researchers at Georgia Tech University, were they able to produce a perfect mathematical model that proved it. So, what was happening on the boat? In a similar fashion, would all pendulum clocks in the world get spontaneously synchronized? Let’s look at the following example to find the answer.
Synchronizing metronomes
Think of it this way. You have a couple of metronomes with you – the physical ones, the ones that are based on pendulums. You start each one of them and there is almost no chance that you’d get them perfectly synchronized in the first go. So what do you do to get them synced?
You simply keep all of these metronomes (ticking with the same frequency but different phase relations) on a free-floating table. That gets them synchronized in a matter of minutes. See how the 32 metronomes completely out of sync of each other get synchronized in the following video. Note that they are on a surface that is free-floating.
Adam Milkovich explains the effect very beautifully in the following video:
Now, if we come to see the boat as a free-floating base and the 2 discordant pendulum clocks as metronomes, the segue of their motion into a perfectly synchronized one, makes complete sense.
The only difference is that the boat was a pretty huge free-floating base – something which has a relatively very high mass as compared to the pendulums. And then there is the drag on water; other forces etc.. The pendulums had a very very tiny effect on the boat and in turn, were able to transfer only a teeny bit of energy with every oscillation. So it took longer.
I find it pretty incredible that it even happened in an hour. I think it would have taken a much longer time, given the huge difference in their masses. May be Huygens exaggerated. Or it was a very small boat. Anyway, that is the reason, Huygens’ clocks took about an hour to get synchronized. While the ones we see above are able to do it in a matter of minutes.
Back to the Question
Would all pendulum clocks in the world would get spontaneously synchronized?
Well, I’m not too sure. But this is how I see it:
I think of Earth as a really really really huge free-floating boat. Now, the movement of pendulums on Earth certainly has an effect on the earth. And in turn the other pendulums get affected. And they end up synchronized at some point. But the first effect itself is unimaginably small.
I mean, the Earth is so massive that even if all of the 7 billion people on Earth jumped at the same time, the 6-trillion-trillion-kilogram Earth would move so less. Earth would move about a hundredth of the radius of a single hydrogen atom.
So, pendulums would hardly have any effect. But the effect would certainly be there.
Therefore, I’d say the answer is yes. Yes, all the pendulum clocks on earth would eventually get synchronized. But it would probably take so long, that even earth, leave alone pendulum clocks, would cease existing.
Toy idea: Well, that gives me a great idea for a toy. 5 – 10 pendulums inside a huge pendulum. The inner ones would get beautifully synchronized automatically!
In the year 1989, a navy technician Joseph George, discovered something mysterious. While looking for enemy submarines in the sea by detecting sound signals, Joseph noticed that there was a mysterious lone sound which stood out in the acoustic signal. From his years of experience as an acoustic analyst, Joseph knew that this sound wasn’t coming from a submarine. As predicted, no enemy ships or submarines were found on further examination.
The sound was a deep pulsing wave and was incredibly loud. It seemed as if it were coming from a machine. But he was certain that this wasn’t a mechanical machine which was making the sound. There was something biological about it. So Joseph decided to call an experienced marine biologist to find out what was making that sound. The researcher confirmed that it was a whale! But not a normal whale…
If this was really a whale, it still confused the marine biologist because first, the sound was coming from an awkward path. Since whales travel together in a regular migratory path, this wasn’t coming from any of those paths. Also, it was a lone sound.
Secondly, the frequency of sound that was detected was measured to be 52 hertz, and no species of whales were known to make that kind of sound. Usually whales create a sound with a frequency that lies between 15 to 20 hertz. This was definitely not any known species of whale. Or even if it was among any of the known species, it was calling out the wrong note. A note, probably no other whale could hear.
So, for obvious reasons, even when the loud bass was heard for several times, no response by other whales was detected. This was awkward because whales usually respond to the members of their groups. They talk. It was concluded that this whale was travelling alone. No one knew why.
Studies and Theories
In the 13 years of study that ensued, the whale (or whatever it was) was never seen, nor was a response to its song was noted. Scientists started calling it the 52 hertz whale. They could never figure out why the whale sang in a different voice or even an answer to why it was alone, travelling on a completely different path.
Scientists have tried to explain this, but there has never been a solid answer that explains the lonely nature of the creature. To explain the loneliness, some say that the 52 hertz’s voice can’t be heard by other whales, others say that it can’t hear the other whales. Some say that the other whales are scared to respond or go near an unusual voice. Other theories say that the whale must be a hybrid of two different species of whales and that is the reason it sounds so different. What is the real deal, no one knows.
Stories Documentaries and Poems
The 52-hertz whale started having a huge fan following in the late 2000s. A 90 minute documentary was made. However, I couldn’t find it anywhere. Poems were written. Blogs and statuses were written and people sounded touched & concerned. They wanted to extend help to the lonely whale in some way.
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Of course there are taller mountains than the Everest. Like if you consider the whole solar system, the tallest mountain is in Mars. It is about 2.5 times the height of Mt. Everest, and had it been on Earth, going to its peak would have required you to wear a space suit. It is about 21 km tall!
But here on earth, you’d think Mt. Everest is the tallest mountain. No, it is not. In fact, the peak of Mt. Everest is of course the Highest peak. So, it is the “Highest” mountain, not the “tallest”. The tallest one would be the Mauna Kea in Hawaii. Subtle differences, you see…
Tallest means – Measuring the mountain from its base to the peak. (Which seems pretty fair to me, but it isn’t the norm). Highest means – Measuring the mountain from the sea level to the peak.
Measuring Heights
Mountain peaks are measured from the sea level. Suppose a mountain is in the sea, the part of it which lies below the sea isn’t added to it’s height. So a mountain lying in the sea says, “unfair!”
Measuring sea level in turn is another complex problem because the sea isn’t at the same level everywhere. In fact, the sea level is much higher at the base of a mountain because the mountain’s mass increases the gravity and pulls the sea water making it higher there. Even if there isn’t any sea around mount Everest, the calculated sea level (higher than normal) is used as the base of the mountain. From this raised sea level to the peak, Mt. Everest measures 8,848 m.
This is how sea level is calculated:
Therefore, Mt. Everest is 8,848 meters tall, because there is no part of it which is under the sea (because there is no sea there). Also, Mt. Everest is 8,848 meters high because its peak is 8,848 meters from the calculated sea level.
Mauna Kea
Mauna Kea, a dormant volcano in Hawaii, is not popularly known because it’s peak is just 4207 m above the sea level. So, it is 4,207 meters high. Mt. Everest is much higher!
But the important thing to note is that a huge part of the volcano is under the sea level. In other words, its base is on the ocean bed, not on land. So, if measured from the base, it is 10,100 meters tall! That is more than 1.2 kilometres taller than the mount Everest.
That means, if there were no sea, Mauna Kea would have been a clear winner. Think of it this way – Suppose you cut both the mountain at their bases and place them on a huge flat land, Kea would be 1.2 kilometers higher! Given it is not a constant, I wonder why “sea level” is used as a standard to measure heights of mountains.
Clearly, Kea should be known better. School text books should at least have a mention of it.
Another Twist
Now if you think that is all I have to say about the highest and tallest things, you are wrong. There are all sorts of complex measurements we can do. What if, you start measuring the height of a mountain from the centre of the earth?
I don’t think that would be fair given the odd shape of earth – It is about 42 km farther across the equator than it is at the poles. That is too much distance to ignore. Had earth been a perfect sphere, this measurement would have made sense.
earth measured at poles and equator
Nevertheless, let’s imagine that we have started measuring the height of a mountain peak by measuring its distance from the centre of the earth. In that case, Mt. Chimborazo, an ice-capped inactive volcano and the highest mountain in Ecuador, would have been the highest one. Even with a peak which is at an elevation of 6,268 meters from the sea level, it is still the most distant place from the centre of the earth. The peak of it is 6,384 km from the centre, while that of Mt. Everest is 6,382 km from the centre of the earth. In some way, even Chimborazo is taller than Mt. Everest. Still, we’re never taught about it in schools!
If there are any science teachers reading this, please tell these things to the kids. I’ll be honoured!
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Of all the “cool” places we have here on earth, lakes and other water bodies fascinate me the most. This is probably the reason I keep stumbling upon some of the most amazing lakes over and over. In the past I’ve written about the Taal lakeand the bleeding lake of Antarctica. I have several others in mind, but this is the one I’ve picked for today, and it isn’t “cool” – The rainbow coloured lake.
Lying amidst the colourful geysers and hot springs of Yellowstone National park, located in the state of Wyoming, is a lake where you’ll see colours ranging from brilliant yellow, orange, red, green and of course blue. Here is what it looks like…
The lake is called the grand prismatic spring and it is the largest hot spring in the US. The water there is hot enough to burn you. And yet…
The hot spring, is home to different kinds of tiny living creatures. Organisms called thermophiles have learnt to thrive in the abnormally hot place. In fact, these creatures depend so much on the heat that they can’t live away from the hot water.
What makes it coloured?
The lake is coloured, yes. But what causes these bright vivid colours? Is it because there is something in the air around it, or is it due to a industrial chemicals leaking into the lake, or is it due to these organisms? Whatever causes the lake to appear coloured, that too colours appearing in the same order like they would be seen on a rainbow, I wanted to know.
Turns out, it isn’t just the lake that is coloured. The steam that arises from the hot water comes in different colours too!
The orange and other non-green/blue colours which appear there the most after blue are due to a multi-layered sheet of microorganisms that thrive in the lake. These are pigmented. The main pigment is chlorophyll (the same thing which helps the plants make food). But chlorophyll is green. So there are some other yellow, red and orange coloured pigments called Carotenoids, that protect the chlorophyll when the sunlight is bright enough to damage it.
The colour of the part of lake is a function of, amount of Carotenoids present with chlorophyll. More the Carotenoid, more colours you’ll see. A greater ratio of cartenoids to protect the chlorophyll during summers is the reason why the lake appears not-so-coloured during winters and vividly coloured during the summers. So, it isn’t the variety of microorganisms or chemicals or atmospheric conditions that colour the lake, the colour is due to the different mix of chlorophyll and carotenoids at different patches of the lake at different times of the year.
The best time to visit this place would thus be the summer season!
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A few days back, in the month of December I had compiled a list of 6 space oddities that really interested me. At that time, I was pretty sure I would stumble upon a few more odd/interesting things about space within a month or two. With that in mind, I had decided to suffix the heading with “Part – I”. Four months have passed. That was a very thoughtful thing I did – thinking 4 months into the future. I have to appreciate my forethought (with a self-administered pat on the back) for doing that because today I’m back with a few more of these odd / interesting things about space and I’m still not embarrassed about the heading for the post.
So, here is the part II of space oddities (read the part I here):
1. A Hole in the Universe
About 7 years from now, researchers from University of Minnesota found out about a really huge void in our universe. The abnormal hole measures approximately sixty billion trillion miles. In easier words, it is about 10 Billion light years wide. Imagine! A beam of light would takes 10 Billion years to travel through that empty place. How lonely would it be at the centre of it. The void is bigger than anything else scientists have ever seen in space.
The whole volume of space shows no sign of any stars, planets, asteroids, gases, clouds, dust. The volume doesn’t even have any signs of dark matter (95% of our universe is dark matter) too. [read more about it]
2. Costliest thing ever built
Think of a huge 5 bed room house floating in space that can be seen moving from the surface of the earth with the naked eye! Yes, I’m talking about the International Space Station. It is a whooping 200,000 kg object that is 171 feet long, 240 feet wide and 90 feet high.
When it comes to the price of building something this huge in space, it beats everything from the most lavish sky scrappers to the most largest dams ever built. The price of building it is estimated to be about $160 Billion and fortunately the cost is shared by Canada, the European Union, Japan, Russia and the US. It is officially the most expensive object ever constructed, and it is NOT on earth! – Guinness book of World Records.
I know, I’m not a very big fan of intelligence scores or IQ points measured using the standard IQ tests available today. And even if this study does rely on those scores, I still find it pretty interesting. You will too…
Judging a book by its cover isn’t unwise after all. A recent studypublished by researchers from the Czech Republic proves that all of us humans have a natural ability to estimate how intelligent a man really is, by just looking at his facial features. That said, the study also mentions that you can’t judge a woman’s intelligence by observing her facial features. It works for only men. However, both men and women have this ability to estimate the intelligence of a man by looking at his face.
The study finds no solid correlation between the features of a woman’s face and their intelligence. That means, to find out about how intelligent a woman is, you’ll have to dig deeper than just the facial features.
People can accurately judge intelligence by looking at faces of men, but not women.
The study did not use a very huge sample – Still pictures of 40 men and 40 women were used. Nevertheless even 80 pictures contribute a significant amount to science. No experiment is a bad one. We’ll probably see more such studies and know more about the phenomenon in the near future.
They also measured the intelligence of these 80 people using standard IQ tests and asked people to rate their intelligence. It was found that people were able to almost accurately tell the IQ of a man by looking at his picture!
How do we do it?
We have an inbuilt ability to spot the shape and features of intelligent men. This could be a pretty logical evolutionary trait.
Faces of intelligent men: According to the researchers, longer faces with greater distance between the eyes, pointy chins, larger noses, slightly smiley lips are the features of highly intelligent men.
Faces of not so intelligent men: Whereas broader and rounded faces with eyes closer to each other, shorter faces, sad lips and bigger chins are the signs which tell us that a man is not so intelligent.
Here see the difference yourself. What do you think? Could you spot it? Which one of these faces is the closest to your face? Tell me in the comments below. Tell me about mine too.
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I don’t mean to sound wry with the heading, but it’s a real story, and is a real fact. I can’t be held responsible, if you are stupid enough to try this “surgery” at home. Still, let me say it – Please don’t try this, even if you are stupid. There is no chance you’d survive this. The whole purpose of this article is to keep you informed.
In short, it is about a man (you could even call him a boy) who suffered from an Obsessive Compulsive Disorder, shot himself in the head to commit suicide. The very act, ironically ended up curing himself of the OCD.
Crash Course in OCD
To tell you a little about OCD, it is a disorder which creates a serious problem in someone’s life if they suffer from it. They get obsessed with doing some things repetitively. For example, people often have an OCD where they feel compelled to arrange things in stacks. Or others who can’t sit in ease if their clothes are not in a perfect order. Or some, who have an obsessive fear of germs and end up washing hands several times a day….etc.
These disorders usually can make a person lonely as others start staying away from the seemingly paranoid person. Otherwise, they also create a problem in the sufferer’s life by consuming excess time, money, energy, etc of their’s. Most times, the person suffering from an OCD starts experiencing serious emotional distress or depression.
In very rare and extreme cases, where anti-depressant and behaviour therapy doesn’t work, doctors resort to performing a surgery, where they remove a part of the brain from which the problem seems to come from. Even under controlled circumstances, this surgery is considered as a very serious one.
The story
About 30 years from now, a 19-year-old boy George, from Vancouver, British Columbia suffered from a serious problem that used to interfere with his normal life. He had an obsessive fear of germs and used to wash, and used to shower hundreds of times in a single day. Yes, really hundreds, not less. Doing this took away all of his strength and he found it hard to do anything else. This made his education and general life suffer as he could not attend school or work at any place.
He was a top class student and had a pretty good IQ. But the boy was seriously depressed and often complained to his mother that he wanted to die. On unfortunate day, when the boy felt really troubled, he went down to his mother and complained that he wanted to die. This seemed like a final blow to the mother’s exasperation and she told him to go shoot himself. Not realizing the metaphoric nature of his mom’s statement, the boy decided to go and do just that.
He went to the basement and shot himself in the head using a .22 long rifle. The bullet got lodged in the brain. Naturally, after this, he had to be rushed to the hospital. After a very long surgery, surgeons were able to remove the bullet, but couldn’t successfully remove all the fragments of the bullet that were lodged in the brain.
Fact: There was asimilar accident that happened at a particle accelerator, where a proton beam travelling at almost the speed of light, destroyed a part of a man’s brain and yet it left him with almost no serious complications. He went on to complete his PhD after that!
When three weeks later he was admitted at the hospital again, for a check-up, there was no obsessive behaviour observed in him. He was left only with a few minor quirks that did not interfere much with his life. He had apparently cured himself by shooting himself in the brain and destroying the part where the problem originated from. At the same time, his IQ did not drop and and he passed other brain damage tests too! Such a miraculous surgery had never ever been recorded in the history.
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That is because a Russian scientist named Anatoli Petrovich Bugorski, in the year 1978, working at U-70 synchrotron at the Institute for High Energy Physics in Protvino, accidentally put his head into a particle accelerator while checking for a dysfunctional part in the equipment. His head came in the path of a high-energy proton beam moving at a speed that was just slightly less than the speed of light. The beam entered his head from the back and came out from somewhere around the nose. Only he knows what he exactly saw when that happened. Apparently, he saw a very bright light, a light brighter than thousand suns and felt no pain.
Post Accident
The left part of his face, where the beam had passed, started swelling beyond recognition and people were certain that the man would soon die due to radiation poisoning. The proton beam had travelled through his head, burning all the living tissue in between and caused the skin at entry and exit points to peel off. The beam had passed a part of his brain and had burnt a considerable amount of brain tissue too. The picture below shows the path where the beam travelled and burnt all the living tissue.
Miraculously, he survived after being exposed to about 200,000 rads of radiation dose (enough to nearly kill the toughest bacterium)! Hell, even 500-600 rads are lethal for human beings. That was mostly because the beam was very thin and only a fraction of tissues out of the whole body that got exposed to the beam were severely damaged, it left most of the remainder of the body exposed at pretty low levels of radiation.
Not just that, his mental performance showed no signs of degeneration. He even went on to complete his Ph.D after this accident and still lives a fairly healthy life. However, the accident did leave him with a dysfunctional left ear and a permanently paralysed left side of his face. Notably, the left side of his face became frozen and also never aged. At the same time, the right side of his face ages normally.
At that time this accident was buried by the Soviet Union and was branded as top-secret. It was only a couple of years later the whole world came to know about this.
Anatoli remains to be the only person to have ever done this. Most shockingly, he also survived it and still lives a fairly healthy life today.
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Firstly, if you are eating something, or you are weak at heart, then go away. It isn’t going to be a pleasant one today because we are going to look at a really bizarre, and probably one of the most grossest creature ever – The tongue eating parasite.
Not that it is really needed here, but in case someone comes searching for it, the scientific name of this isopod is Cymothoa Exigua. It is one of those very large group of animals that includes crabs and lobster – called Crustacean. This one lives in the ocean and is parasitic. That means this creature lives and benefits at the expense of the other, called the host (fish in this case).
Changing Sex
Protandry hermaphroditism: Another interesting thing about these isopods is that the adult males can turn themselves into females. When a creature changes sex from male to female, it is called Protandry. This changing of sex at some point in life is called Sequential hermaphroditism. So, the tongue eating parasite is a Protandric Hermaphrodite. But that isn’t even what we came here for…The main tongue eating part is coming…
The Life of Cymothoa Exigua
The life cycle of this parasite starts with these little ones attaching themselves to gills of, say a Snapper(or others). They enter the body of a fish through gills. When they mature inside, all of them are males. Later, since they are Protandric Hermaphrodites, one of these matured males turns into a female. During this time the males are still attached to the gill arches.
The male that turns into a female, goes to the base of the tongue of this fish and attaches itself to it. It feeds on the tongue and destroys it. Then the parasite attaches itself to the stub and starts acting as a prosthetic tongue!
If you are not in a mood to read, the woman in the video below explains it nicely.
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No, I’m not talking about the fictional character Tintin. It’s Titin I’m talking about. The initial part of it is pronounced almost like Titan, but please do not confuse it with Titan. Titin is the largest protein molecule ever discovered. Soon you’ll see why it is the largest…
Titin is the short name for an extremely massive protein molecule. The full-length scientific name of this protein molecule contains 189,819 characters and is considered (by some) as the longest word in not just English, but any language.
Others choose to not consider it a word at all. You won’t even find the full scientific name of Titin in any dictionary. According to lexicographers it is only a chemical formula, not a word. Technically, they are right. So, it is not really the longest word in English.
In that case, probably a lung disease called pneumonoultramicroscopicsilicovolcanoconiosis can be considered the largest word. There are 45 letters in it. But my history teacher once told me that floccinaucinihilipilification (meaning, the estimation of something as worthless) was the longest word in English. Well, someone needs to tell me which one it really is. Till then, I’ll consider Titin as the undefeated champion…
What is it?
Titin is a protein found in certain kind of muscle tissues. It is the thing that makes those muscles elastic. For instance, in heart muscles – that expand and contract continuously for decades, without a break. The folded nature of this huge molecule makes it act like a spring – just like a long wire can be coiled into a small spring. The full chemical formula goes like this:
C132983H211861N36149O40883S693
I won’t spam my blog with the full name, but I’ll definitely point you to it. [Full name spelled out]. If you are too lazy to go there, it starts like this:
The video: It takes about 233 minutes to pronounce the full chemical name – Yes, a guy tried it out (with video cuts of course). The gentleman pronounces it on camera for you. If you care enough to watch the whole 3 and half hour-long video, you’ll see how the man grows a stubble while pronouncing it. Also, you’ll see the plant dying out. But those are only gimmicks that makes the video funny. I’d like to add that his expression in the end is priceless. You shouldn’t miss that. Here, I’ve attached it for you below:
To use up the same amount of time in a better manner, I suggest that you watch the Bill Nye vs. Ken Ham debate.
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Oh tell me you have never received this old chain mail that had the following paragraph attached in it, and warned you that if you did not forward it to 20 friends, something bad would happen. The passage –
Aoccdrnig to rscheearch at Cmabrigde uinervtisy, it deosn’t mttaer waht oredr the ltteers in a wrod are, the olny iprmoetnt tihng is taht the frist and lsat ltteres are at the rghit pclae. The rset can be a tatol mses and you can sitll raed it wouthit a porbelm. Tihs is bcuseae we do not raed ervey lteter by it slef but the wrod as a wlohe.
The paragraph contains a bunch of letters that are jumbled and you are still able to read it at a normal pace. The passage speaks for itself and says that according to a research study done at Cambridge university, it doesn’t matter in what order the letters in a word are; only the first and last letters need to be in the right place. According to it, everything in the middle can be messed up and you can still easily read it even when it clearly shouldn’t be making any sense.
Questions, Questions!
Certainly blows your mind. But if you start questioning the legitimacy of what the passage claims, you start finding a couple of unanswered questions…
1. It says, “a researcher at Cambridge”. I’d like to throw an open challenge to you – Find me the publication where “the researcher from Cambridge University” published this paragraph (or something similar).
Cambridge does have a Cognition and Brain Sciences Unit where researchers try to figure how brain processes language. But it is clear from this blog-post that people at Cambridge didn’t even know about the meme that had been circulating all over the internet. At the time when this meme started circulating, in Cambridge, no one was doing research in this area. The prof says:
To my knowledge, there’s no-one in Cambridge UK who is currently doing research on this topic. There may be people in Cambridge, MA, USA who are responsible for this research, but I don’t know of them.
However, in 1999, the effect was originally demonstrated in a letter – [here]
Let’s give it up for the internet trolls, the phenomenon is indeed, intriguing. The researcher tries to figure out the science behind it in the same blog-post. He finds that the effect is same with many other languages. However, it doesn’t seem to work with languages like Finnish and Hebrew.
If you need hints, it follows the same rule. The sentence has all the words with first and last letters in place. The letters in the middle are jumbled. According to “the researcher from Cambridge” you should be able to read it easily. Why can’t you? It follows the exactly same rules. Have I made my point?
Why does it work?
Believe it or not, the paragraph actually works. I could read it without any hiccups. At the same time, the one above, which follows the same rules is pretty difficult to read. So what makes the chain mail paragraph so readable? In simple words…
1. There are 69 words in the paragraph. Out of those 69 words, only 37 are jumbled. All the other 32 words are two or three lettered words, which can’t follow the rule. That clears up the structure of sentences.
2. Out of the 37 jumbled words. 12, if I counted correctly, are four letter words that can only have the middle letters swapped. Those are breeze to figure out. That leaves us with just 25 jumbled letters. Given your life-long experience with reading, you can easily predict those if you know most of the other words.
3. Most of these 5 or more lettered words (in 25) are at such places that they don’t even require reading. For instance, your brain can easily figure that “because” will come after “this is”. So it knows, “bcuseae” is actually “because”. Also, all of these 25 “big” words are easy and familiar ones.
4. The words have not been jumbled a lot. There are mostly letter swaps, like – porbelm. “Porbelm” has just 2 pair of letters swapped. All those words that have this are pretty easy to figure too. What if it was “pbelorm”? It gets tougher when the central letter is moved from its place. Isn’t it?
But the mission of the makers of the meme passage was to blow your minds in a way that you’d be forced to forward it to your friends. So, they put in easy jumbles.
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Trust me, this isn’t an April Fool’s joke. Bill Haast, born in the year 1910 was one very interesting person. He was a man who was immune to the bites of some of the world’s most dangerous snakes like cobras, vipers (and others). He was the only person to have survived 3 king cobra bites. He even survived the bite from a blue krait (the snake died). Not just that. His blood was treated as a powerful snakebite serum. He also saved countless lives simply donating his blood. Was it a superpower of some sort?
Maybe you could call it that. But, the superpower did not happen spontaneously. He did it to himself. He turned himself into a human experiment (at the cost of his life) to attain this level of resistance to snake venom.
His secret: Bill Hast, bitten by snakes more than 170 times, in his time, was a man who was bitten by poisonous snakes more times than any other living man. But those were mostly accidents that happened when he handled snakes during his career with snakes, a career that lasted more than 60 years. He built antibodies in his blood by voluntarily injecting snake venom every week since 1948! When he started doing this to himself, he did not know if he’d survive.
However, the man went on to hit 100 years of healthy life. Look at how he moves around at the age of 88. (Certainly not as agile as the 86-year-old gymnast – the super grandma. No one beats that!). He died on June 15, 2010.
His job: His real occupation was to collect venom to make anti-venom serums. He owned about 10,000 snakes. He collected the venom by repeating the process thousands of time (at the same time he was kind to the snakes). For drug companies in the year 1990, he was the source for 36,000 samples of venom.
Of course the superpower came with a cost. In the video, you can see how had gnarled, he had lost the use of couple of muscles in his hand and had scars all over. He did it all with good intentions in mind, not for the money. Bill Haast, certainly was a legend.
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