10 Strange Stories About The Human Brain
The human brain is an amazing organ. Itâs great for whiling away the hours, conferring with the flowers, and solving the most complex problems known to man. At the same time, itâs an extremely mysterious lump of gray matter that can survive the craziest accidents, unlock the secrets of the universe, and turn on us at a momentâs notice. Without a doubt, our little gray cells hold enough secrets and strange stories to fill an entire book . . . or a list, for that matter.
10The Murderer Saved By Brain Scans
John McCluskey wasnât a pleasant man. After escaping from an Arizona prison, he killed an elderly couple, burned their bodies, and stole their truck. Eventually, McCluskey was recaptured, tried, and found guilty of murder. However, the sentencing phase was a little more difficult. McCluskeyâs defense team had employed a unique strategy that left jurors unsure of what they should do. The lawyers had presented them with scans of McCluskeyâs brain, and the images were definitely weird.
The PET scans showed 10 areas of McCluskeyâs brain that were strangely inactive. On the other hand, 17 areas were working overtime. For example, his amygdala couldnât interpret danger signals properly and often sent âfalse alarmsâ to the rest of the brain, causing him to act impulsively. Usually, the frontal lobe keeps the amygdalaâs crazy tendencies under control, but McCluskeyâs was deformed and defective, allowing his wilder impulses to reign unchecked. The defense attorneys also noted that his cerebellum was damaged by a stroke, which in turn affected his ability to make plans. Basically, he was a victim of bad biology and unable to commit premeditated murders. The Haas killings had been spontaneous and out of McCluskeyâs control.
Despite the prosecutionâs counter arguments, the defense team achieved their goal. The jury couldnât decide whether or not McCluskey should die, which meant that he was sentenced to life without parole. McCluskeyâs brain had saved him from walking the green mile. However, the juryâs decision poses several interesting questions. Should abnormal brains be seen as mitigating factors or evidence of dangerous behavior? And where does free will come into this scenario? Weâll let you deliberate for yourself.
9The Strange Journey Of Einsteinâs Brain
Albert Einstein was clearly a genius, and many of us have wondered from time to time, âHow did his brain work?â Pathologist Thomas Harvey wondered the same thing, and he decided to find out the answer. If he had to break a few rules along the way, so be it.
Before his death in 1955, Einstein stipulated that his remains were to be cremated. The last thing he wanted was mobs of zealous students gathering around his tomb, murmuring âE = mc2â over and over. The only way to keep his corpse from becoming a holy relic was to burn it to a crisp. That meant he wanted his brain fried, too.
However, Thomas Harvey didnât care. Claiming he had permission of Princeton Hospital—which he didnât—Harvey plucked out Einsteinâs brain during the autopsy. Needless to say, this was a huge no-no. In danger of losing his job, Harvey convinced Einsteinâs son to okay the operation, claiming his dadâs brain needed to be studied for science. However, Harvey wasnât a neuroscientist and didnât know what he was doing. When hospital officials asked him to hand over the brain, he refused and was fired. His next step was to drive to Philadelphia, where he found a technician to slice Einsteinâs brain into over 200 cubes.
Over the next 40 years, the little squares ended up in the weirdest places. Harvey stored them in jars in his basement, where they almost met destruction at the hands of his wife. When Harvey moved to Kansas, he kept the bits in a box under a beer cooler. They were regularly admired by Naked Lunch author William Burroughs, and Harvey once accidentally left them at the house of Einsteinâs granddaughter, who wasnât too pleased.
As for scientific study . . . that didnât exactly pan out. Harvey mailed pieces of the brain to various researchers, but most neurologists werenât keen on analyzing Einsteinâs brain. The few scientists who did show interest cranked out studies that were mostly inconclusive, derided, or discredited. Disappointed, Harvey eventually returned the brain to Princeton Hospital and died in 2007. Nobody ever tried to steal his brain.
8The Man Who Stuck His Head In A Particle Accelerator
Anatoli Bugorski might be the luckiest scientist of all time. On July 13, 1978, the Soviet researcher was repairing a particle accelerator intimidatingly named the Synchrotron U-70. As he was repairing a faulty piece of equipment, he made a slip-up worthy of Tim âThe Tool Manâ Taylor. While poking around the machine, Bugorski stuck his head inside the accelerator and straight into the path of a proton beam.
Made out of hydrogen atoms without electrons, proton beams are often used to obliterate cancer cells, but only in carefully controlled doses—just over five grays (“grays” measure absorbed doses of ionizing radiation) will normally turn humans into irradiated toast. When the beam zapped Bugorski, it measured about 2,000 grays. When it exited near the left side of his nose, it blasted out at 3,000.
As it coursed through his skull, the proton beam burned a hole through Bugorskiâs brain. While it was painless, he said he was blinded by a flash âbrighter than a thousand suns.â After staggering away from the machine, the left side of his face swelled to enormous proportions. Later, the skin near the entry and exit wounds peeled away, and Bugorski lost hearing in his left ear. However, this Soviet survived his mind-blowing experience, perhaps because the proton beam was moving at nearly the speed of light.
Despite his good luck, Bugorski eventually lost every nerve in the left side of his face, becoming partially paralyzed. The proton beam also damaged Bugorskiâs mental capabilities, though not as badly as you might expect. Despite his handicap, Bugorski earned a PhD and is still alive today, proving that it takes a lot more than a proton beam to kill a Russian.
7The Artist Whoâs Missing A Piece Of His Brain
Jon Sarkin, a 35-year-old chiropractor, was playing golf one day when something weird happened inside his head. One of his blood vessels started moving and eventually pressed against his auditory nerve, causing a deafening case of tinnitus. Hoping to cure the incessant buzzing, Sarkin underwent a strange type of surgery in 1989. His doctor separated the nerve and capillary with a piece of Teflon, but unfortunately, the treatment caused a massive stroke. When Sarkin woke up weeks later, he found he was missing a piece of his brain.
Due to the stroke, doctors had cut a chunk from the left side of Sarkinâs brain, causing a complete personality change. Suddenly, Jon had a burning desire to draw, an urge that totally consumed his life. When he returned to his chiropractic practice, he sketched random pictures between patients, doodling strange shapes, cacti, and odd faces. During dinner, he would stop eating to jot down ideas that were bubbling up in his brain. It turned out that Jon was experiencing an bizarre condition called âsudden artistic output,â which is so rare that doctors have only recorded three cases caused by brain injury.
However, this brain injury would make most starving artists green with envy. In 1993, Sarkin sold eight of his pictures to The New Yorker, quit his business, and opened an art studio. Since then, Jonâs work has appeared in The New York Times and The Boston Globe. His story was purchased by Tom Cruiseâs production company, and he was the subject of a book written by a Pulitzer Prize–winning author. If you want to buy one of Jonâs pieces, youâll have to shell out more than $10,000 per canvas. As far as stroke side effects go, this one is pretty profitable.
6The Man With Almost No Brain
Not only does the brain control every facet of our lives, it constantly works under intense pressure—sometimes quite literally. For example, take the 2003 tale of an unnamed French citizen whose unusual story was published in The Lancet. Since his identity was kept a secret, weâll call him Jacques.
Jacques was a married man with two kids who worked as a civil servant in Marseille. One day, his left leg felt rather weak, so he visited a local hospital. As the doctors ran through his medical history, they learned that when Jacques was a baby, heâd suffered from hydrocephalus, which is a buildup of liquid inside the brain. The âwaterâ had been drained away, but the doctors decided to take a few scans and see if Jacquesâs problem was neurological in nature.
What they found was astonishing. The majority of Jacquesâs head was filled with fluid. Normally, the human brain is protected by lateral ventricles, which are structures filled with cerebrospinal fluid that act as a cushion for our little gray cells. Liquid flows through these chambers all the time, but in Jacquesâs case, the fluids werenât draining. Over time, the buildup caused his lateral ventricles to swell so much that his brain had been flattened to a thin sheet. Doctors estimated that his brain mass had been reduced by 50–70 percent, affecting the areas in charge of motion, language, emotion, and, well, everything.
Shockingly, Jacques was fine. While his IQ was only 75, he wasnât mentally challenged. He held a steady job, raised a family, and didnât have trouble interacting with others. Over time, his brain had adapted to all that pressure, and even though he had fewer neurons that most, Jacques was still a fully functional human being. And donât worry, his leg was fine. Once doctors inserted a shunt and drained the fluid, his limb returned to normal. However, his brain is still pretty small, showing that you donât have to be a genius to work for the government.
5The Mentally Ill Man Who Cured Himself With A Gun
George (whose last name is unknown) was obsessive-compulsive. In fact, his OCD made Howard Hughesâs look mild in comparison. Back in the â80s, George was a hardworking Canadian high school student who suddenly developed an irrational fear of germs. He started washing his hands hundreds of times every day and was constantly taking showers. Despite his trips to the local hospital, George couldnât get his disorder under control, and he was eventually forced to leave school and quit his part-time job.
Finally, in 1983, George decided to take matters into his own impeccably clean hands. Depressed and paralyzed with fear, he told his mother he couldnât go on anymore. As a sensitive woman who greatly cared for her son, she responded with, âIf your life is so wretched, just go and shoot yourself.â And thatâs exactly what George did. He grabbed a pistol, stuck it in his mouth, and pulled the trigger.
The bullet tore through his skull and slammed into his left front lobe—the part of his brain responsible for his OCD. Fortunately, George survived, and when he awoke from surgery, he found that his fear of microbes had disappeared along with a chunk of his brain. Heâd cured himself with a lobotomy by gunshot. He still had to take medications for depression, but his overwhelming compulsions were gone. And this is where we need to put a little disclaimer: Donât try this at home.
4The Woman Who Can Trigger Out-Of-Body Experiences
While most associate out-of-body experiences with crazy callers on late-night radio shows, University of Ottawa scientists take the subject a little more seriously. In 2012, an unnamed psychology student, whom weâll call Reese, told Professors Claude Messier and Andra Smith that she regularly left her body and even that she could actually trigger these events.
Reese claimed she started taking astral trips during preschool when she was supposed to be napping. As she grew older, these âextracorporeal experiencesâ became a psychic sleep aid, helping her drift off to dreamland. Reese said sheâs had several different kinds of episodes, like floating above her ârealâ body or spinning around like a propeller. While Reese knows she isnât really moving—she can see her corporeal form lying on the bed or floor—she still feels quite dizzy afterward.
Naturally, Messier and Smith were skeptical, but when they put Reese in an MRI, they noticed some weird stuff happening in her brain. Whenever she triggered an out-of-body experience, they noticed that Reeseâs visual cortex—the part responsible for the pictures we see in our minds—was strangely deactivated. In fact, the entire right side of her brain was dormant. However, there was a lot of activity happening in the left side. Thatâs odd because when we imagine things, both hemispheres are involved. Having said that, a lot of areas on the left side involving âkinesthetic imageryâ (the part that helps us understand where we are in relation to our surroundings) were firing away like normal.
Messier and Smith believe Reese is experiencing some sort of hallucination, one that doesnât affect her in a negative way. Itâs like a dream where youâre outside yourself and can watch âyouâ as a character. The Canadian researchers suspect that perhaps these extracorporeal experiences are a normal part of infancy and some people continue to experience them as they grow older. If there are such people, they probably think their little trips are normal. Reese herself had no clue her waking experiences were unique. âI thought everybody could do that,â she said.
3The Vegetative Patient Who Could Talk To Doctors
Scott Routley was a âvegetableâ—at least, thatâs what doctors thought. A car accident seriously injured both sides of his brain, and for 12 years, he was completely unresponsive. Unable to speak or track people with his eyes, it seemed that Routley was unaware of his surroundings, and doctors assumed he was lost in limbo. They were wrong.
In 2012, Professor Adrian Owen and postdoctoral fellow Lorina Nacia of the University of Western Ontario decided to run tests on comatose patients like Scott Routley. Curious if some âvegetablesâ were actually conscious, Owen put Routley in an fMRI and told him to imagine walking through his home. Suddenly, the brain scan showed activity. Routley not only heard Owen, he was responding.
Next, the two worked out a code. Owen asked a series of “yes or no” questions, and if the answer was âyes,â Routley thought about walking around his house. If the answer was âno,â Routley thought about playing tennis. These different actions showed activity different parts of the brain. Owen started off with easy questions like, âIs the sky blue?â However, they changed medical science when Owen asked, âAre you in pain?â and Routley answered, âNo.â It was the first time a comatose patient with serious brain damage had let doctors know about his condition.
The duo performed a follow-up test in 2013. This time, Owen devised a simpler technique, instructing Routley to answer by simply thinking âyesâ or âno.â During this second interview, the 38-year-old patient answered questions like âAre you in the hospital?â
Obviously, the implications of Dr. Owenâs work are huge. While probably only one in five vegetative patients can communicate with doctors, this breakthrough will let them talk to their clinicians, discuss what they want to eat, or ask if they can watch TV. More importantly, patients will be able to discuss which medications they want to take or if they even want to live at all. While Scott Routley is still trapped in his body, he finally has a way to reach out to the people around him.
2The Twins Who May Share Consciousness
Krista and Tatiana Hogan are craniopagus twins, meaning theyâre connected at the head. Itâs an extremely rare condition that affects just 1 in 2.5 million births, and most of those who are afflicted donât survive. However, Krista and Tatiana are special. Not only are they relatively healthy, they share a unique structure that neurosurgeon Douglas Cochrane has dubbed the âthalamic bridge.â It connects Kristaâs thalamus to Tatianaâs, and it might change the way we think about concepts like the âself.â
The thalamus is a double-lobed organ that plays important roles in processing sensory input and creating consciousness. Since Kristaâs and Tatianaâs thalami are connected, scientists and members of the Hogan family think the girls might view the world differently than the rest of us do. For example, Dr. Cochrane believes the girls can see through each otherâs eyes. He came to this conclusion after covering Kristaâs eyes, placing electrodes on her head, and watched Kristaâs brain respond after shining a light in Tatianaâs pupils.
The strobe light experiment is just one example of the twinsâ shared perception. Other times, one girl will be watching TV while the other is looking somewhere else. Suddenly, the twin not watching TV will start laughing at whatâs happening onscreen. Their âthalamic bridgeâ also affects their sense of taste. Krista is a ketchup fiend, but Tatiana hates the stuff. Once, Krista was eating ketchup, and Tatiana furiously tried to wipe it off her own tongue even though she wasnât eating any ketchup herself. Other weird examples include Krista feeling someone touching Tatiana and both girls walking to the kitchen sink without a word when one is thirsty. Perhaps the strangest phenomenon of all is that the twins sometimes use the word âIâ to describe both of themselves at once.
As of 2011, no one had run any conclusive tests on the girls and their odd condition. However, scientists who have observed their behavior and brain scans are flabbergasted and excited. While no one can say for sure at the moment, it really does seem Krista and Tatiana can share private thoughts and perceive what the other is sensing. Itâs actually kind of heartwarming—no matter how difficult their lives become, theyâll always have each other for support.
1The Woman Who Scratched Through Her Skull
The woman known only as “M” has had a rough life. After her marriage fell apart, she lost her kids, became a junkie, contracted HIV, and developed a terrible case of shingles. But nothing compared to the âitch.â Two years after kicking her heroin habit and getting a handle on her disease, the right side of her head started inexplicably itching like crazy.
It began after a nasty shingles attack, and when she sought help, the doctors were baffled. She had no parasites, rashes, or red marks. No creams helped, and M couldnât stop scratching. The itchiness was constant and especially unbearable at night. She sometimes scratched so hard that she woke up to find her pillow caked with blood. She tried wearing caps to bed, but nothing could stop her from scratching her head.
One night, M woke up to find green liquid dripping down her face. Alarmed, she visited her doctor, and after a quick glance, her physician called for an ambulance. M was rushed to Massachusetts General Hospital, where she was told she needed surgery immediately. It turned out that, during the night, M had scratched straight through her skull, digging down to the brain. It seems impossible for fingernails to claw through bone on their own, but because of an infection called osteomyelitis, M’s skull was soft enough that she was able to dig a hole in her head.
Still, the itching remained. M tore off two skin grafts in her desperate attempt to kill the itch and had to be restrained. Doctors put a foam helmet on her head, tied her hands to the bed at night, and kept her locked up in a medical ward for two years. All this time, experts were still unsure what was causing Mâs condition. Some surmised that since her shingles had destroyed 96 percent of Mâs nerve fibers in the right side of her scalp, perhaps the remaining 4 percent of nerves were active itch fibers. However, when they snipped the main sensory nerve leading to the front of her head, nothing changed. The itch kept on itching.
If nerve fibers arenât to blame, whatâs going on? Science writer and surgeon Atul Gawande believes Mâs brain is very confused. Since most of the nerve fibers are gone from the front of Mâs head, the brain isnât sure whatâs really going on in that region, and for some reason, itâs decided she must be itchy. Since there arenât any nerves to contradict the official story, the itching goes on and on. Itâs a horrible scenario similar to the suffering of amputees with phantom limbs whose invisible appendages sometimes contort into uncomfortable positions.
Sadly, M has never been cured of her hellish itch. Today, sheâs wheelchair-bound because the left side of her body is partially paralyzed. The itch is still there, and while she has overcome her nighttime compulsion to scrape her scalp, she keeps her nails very short, just in case.
Nolan Moore has the brain of a genius, and he’s not giving it back.