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Van Gogh's Starry Night, 1889.

Vincent van Gogh never got to enjoy his own historic success as an artist (even though we've been able to imagine what that moment might have looked like). Van Gogh died in 1890 at the age of 37 in Auvers-sur-Oise, France after shooting himself in the chest with a revolver. It was a tragic end to a turbulent life marked by mental instability and severe self-doubt.

According to the Van Gogh Museum, in a letter to his brother Theo in 1890, just a couple of weeks before his death, Van Gogh wrote, "...my life, is attacked at the very root, my step also is faltering." The man was struggling and exhausted. The high standards he had set for himself and his art were taking a toll. He was unsure about his future and, up to this point, had not received much recognition for his work and thought himself a failure "as a man and as an artist."

His most well-known work, Starry Night, was famously painted while Van Gogh was staying in an asylum in France 1889 after he mutilated his ear during a psychotic episode. According to the Van Gogh Museum, though, this may not be the full story. While it is widely agreed that Van Gogh did in fact cut off his own ear, the museum notes that it was because of a fight between Van Gogh and Paul Gaugin, the artist he had been working for in Aries, that led to the violent explosion that highlighted his deteriorating mental state.

Vincent Van Gogh, artist, 19th century, famous artist, Starry NightVincent Van Gogh's Self-Portrait, 1889Image via Canva.

As one of the best known and most studied artists of the 19th century, Van Gogh's madness and how it influenced his work is not new information. But it turns out that those of us who have appreciated his work have been missing out on some critical details for more than 100 years—revealed in the 2010s thanks to the Hubble Space Telescope.

A video at the bottom of the page will explain everything, but before we get there, let's do some backstory:

We known Van Gogh was an artist—and a genius artist at that—but, it turns out, he was also scientist. Kind of.

Whether intentionally or not, fresh eyes have found that Van Gogh's art—aside from being breathtaking—also captures one of science and nature's most elusive concepts: Turbulence.

The concept of turbulence is hard to understand with math, but it turns out art makes it fairly easy to comprehend through depiction. So, what is turbulence?

According to Britannica, turbulence, or turbulent flow, is a concept of fluid dynamics in which a type of fluid flow (liquid or gas like air or water or air) undergoes an irregular fluctuation or energy cascade. In other words, the air or water swirls and eddies as it moves: big eddies make smaller eddies, and those make even smaller ones, and so on. Common examples of turbulent flow include blood flow in arteries, lava flow, atmosphere and ocean currents, and the flow in boat wakes or surrounding the tips of aircraft wings.

It looks like this:

figures, flow, turbulence, turbulent flow, science, movementTurbulent flow illustrated and animated.All Van Gogh GIFs via TED-Ed.

The thing is, scientists only started figuring this out pretty recently.

turbulence, turbulent flow, science, nature, researchAnimation of art referencing science.All Van Gogh GIFs via TED-Ed.

And yet, there was Mr. Vincent van Gogh, 100 years earlier in his asylum with a mutilated ear and able to accurately capture this turbulent flow in what would become his most famous work, Starry Night.

Starry Night, Van Gogh, turbulence, art, art captures scienceAnimated Starry NightAll Van Gogh GIFs via TED-Ed.

The folks who noticed Van Gogh's ability to capture turbulence checked to see whether other artists did the same. Most of the Impressionists achieved "luminance" with their art—a striking and lifelike depiction of light's effect on color. While impressive, they did not capture or depict turbulence the way Van Gogh did.

The Scream, Edvard Munch, art, popular art, history, painting An animated depiction of The Scream.All Van Gogh GIFs via TED-Ed.

Not even Edvard Munch's The Scream, with it's swirling color and movement, could recreate what Van Gogh had accomplished.

Even in his darkest time, Van Gogh was able to capture—with eerie accuracy—one of nature's most complex and confusing concepts 100 years before scientists had the technology to do so.

Who would have thought that the beauty Van Gogh captured was foreshadowing what scientists would observe in the real, natural world in a century's time? To learn even more, watch the TED-Ed video below:

- YouTubeyoutu.be

This article originally appeared twelve years ago. It has been updated.

Science

She tattooed half her face and you'd never know it. Her skills are just that good.

This incredible medical tattoo technology is giving renewed hope to burn victims.

All images via CBC News/YouTube

Basma Hameed runs a tattoo shop, of sorts...


Meet Samira Omar.

The 17-year-old was the victim of a horrific bullying incident.



A group of girls threw boiling water on her, leaving her badly burned and covered in scars and discoloration.

screenshot of woman wearing a hijab

17-year-old Samira Omar

All images by CBC News/YouTube

She thought the physical scars would be with her forever—until she met Basma Hameed. Hameed runs a tattoo shop, of sorts—but her tattoo artistry doesn't look like you'd expect. Basma is a paramedical tattoo specialist. Instead of tattooing vibrant, colorful designs, she uses special pigments that match the skin in order to conceal scars.

It looks like this:

woman in a hijab revealing scars

Hameed looking at Samira’s facial scarring.

All images by CBC News/YouTube

woman in hijab speaks with a medical professional

Hameed talking over the procedure.

All images by CBC News/YouTube

someone showing scarring on their hands

Visible scars and discoloration of the skin.

All images by CBC News/YouTube

gif of tattoo needle covering scarring on a hand

Tattooing the visible scarring on her hand

All images by CBC News/YouTube

With Basma's help, patients like Samira can see a dramatic decrease in their scar visibility and discoloration after a few treatments. She even offers free procedures for patients who are unable to afford treatment. That's because Basma knows firsthand just how life-changing her work can be for those coping with painful scars left behind.

Check out the video below to find out more about Hameed's practice, including how she became her very first patient.

This article originally appeared nine years ago.

Science

Neil DeGrasse Tyson gives awesome answer to 6-year-old on how kids can save the planet

"The most beautiful thing we can experience is the mysterious. It is the source of all true art and science." — Albert Einstein

Neil DeGrasse Tyson at College of the Holy Cross in Worcester, MA.

I recently spent some time with Dr. Neil deGrasse Tyson. He's known not only for breaking down stereotypes about what kinds of people go into science, but he has actively stood up and spoken against those who would close its doors, especially to young women.

So when Neil was asked this question by a little girl during a public speech, he gave one of the best answers I've ever heard. It may drive some parents crazy, but it also might just help change the world.


This article originally appeared on 01.14.15

Science

A guy with a twisted sense of humor explains how your brain is quicker to judge than your eyes

You know that saying "You never get a second chance to make a first impression?"

via DNews/YouTube

Who's more trustworthy?


William Haynes wants to talk to you about your brain.

He's a comedian for SourceFed, and he's got kind of a strange, dark sense of humor.

So when he was invited to host an episode of Discovery's "DNews" about the science of first impressions, we knew it was going to be awesome.


Here's what he had to say.

Your brain can decide how trustworthy a person is just by getting a split-second look at their face.

education, research, first impressions, facial recognition

That’s pretty cool... and scary.

via DNews/YouTube

GIFs from "DNews."

Researchers, in a study published in the Journal of Neuroscience, found that our brains help us form all kinds of spontaneous judgments of people that we may not even be aware of, including whether we can trust them.

It's all thanks to the amygdala, the walnut-shaped area of the brain that helps us process strong emotions.

amygdala, neuroscience, studies, brain

Are we programmed to react without knowing it?

via DNews/YouTube

In the study, two groups of participants were analyzed. The first group was asked to rate how much they trusted certain people by looking at their faces while the researchers measured activity in the amygdala. Simple enough.

The second group was asked to lay inside an MRI machine while faces flashed on a screen in front of them. But here's the catch: The faces appeared and disappeared so quickly that the people in this group couldn't even really see them.

Here's what the study found.

Regardless of whether you get a long look at someone's face or only a glance, your amygdala lights up like crazy.

What's even cooler is that participants in the study pretty much agreed on which faces were trustworthy and which ones weren't.

There were certain traits that stood out as shady, like furrowed eyebrows and shallow cheekbones, in particular.

first impression, judgement, testing, agreeable

What is the science behind a first impression?

via DNews/YouTube

This only begins to scratch the surface of the super-awesome science behind first impressions.

Did you know that a person's voice can have a similar effect on perception, even in small doses?

After testing a group of 64 people, researchers in Scotland found that participants were consistently able to agree on which personality traits corresponded to which voices they heard — based solely on hearing them speak the word "hello."

The biggest remaining question is whether these snap judgments have a measurable impact on our behavior.

A study by Nalini Ambady and Robert Rosenthal found something pretty interesting.

According to Lifehacker, the two compared "the ratings given to college professors by classes at the end of the semester with ratings that another group of students gave the same professors based only on three ten-second silent video clips shown prior to any actual lectures."

The two groups mostly agreed on how much they liked the professors, indicating that, just maybe, first impressions really do matter.

Watch the full episode of "DNews" to learn more about cool brain stuff and catch William Haynes' killer one-liners below:

This article originally appeared on 10.18.14