yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

Maria Mitchell: America’s First Celebrity Scientist | Big Think


2m read
·Nov 4, 2024

Maria Mitchell, whose first name is spelled like mine, MARIA but it's pronounced Maria, not Maria, is the first recognized female astronomer in America and was the first woman elected unanimously to the American Academy of Arts and Sciences.

In 1831, when she was still a teenager obsessed with stargazing, she heard that the king of Denmark had offered a gold medal valued at 20 ducats, which was a lot of money at the time, to the first person to discover a telescopic comet. It took her 16 years to master the science and the craft of observation, but she did become the first person, and C1847T1 was known for 100 years as Miss Mitchell's Comet.

Later, when she was hired to teach astronomy at Vassar, the newly established Vassar College, she was the first woman on the faculty. According to the official Handbook of College Rules, female students were not allowed to go outside after dark. This was a problem for the study of astronomy.

Mitchell fought tirelessly to overturn not just this but many other roles based on antiquated gender norms that held back women in science. Later, she was hired as the first woman to perform a non-domestic specialized skill for the U.S. federal government. She was paid $300 a year for her job as a computer of Venus for the United States Nautical Almanac.

It was a very, very mathematically rigorous job that required her to perform very complex calculations that would predict the position of Venus in the sky for years to come. In the days before GPS and satellites, this is how sailors all over the world navigated the oceans.

By the time she was 40, Mitchell had reached celebrity status as one of the most famous women in the world, which is a remarkable feat for a scientist. Even today, we don't have many celebrity scientists. But she was most beloved for her extraordinary generosity of spirit that went along with her genius.

She didn't much care for the accolades and the recognition and the celebrity, but she went out of her way to mentor and help cultivate the talents of women in science. This required that she overcame her painful shyness in order to be a public speaker, a public figure, a role model, and an educator, which she continued to be. She continued to teach right up until her death.

More Articles

View All
How to get ahead of 99% of people
If you want an extraordinary life, you can’t live like an ordinary person. Matt Graham said, “the people that criticize you for being exceptional are those that have already accepted the fact that they’re going to be mediocre.” A YouTuber with a million s…
Tangram Paradoxes
I can take the seven pieces of a tangram and arrange them into a shape called the monk, but I can take the same seven pieces and arrange them into a monk with no feet. Wait, what? Where’d the foot go? How can these be made of the same pieces? Is it magic…
The Odds of Existence
In life, anything is possible because we can never fully understand how the world works. The laws of physics prevent us from being able to tell the future. Everything we predict is a probability; some are a lot more probable, others are less probable, whi…
Geometric series word problems: swing | Algebra 2 | Khan Academy
We’re told a monkey is swinging from a tree. On the first swing, she passes through an arc of 24 meters. With each swing, she passes through an arc one half the length of the previous swing. So what’s going on here? Let’s say this is the top of the rope …
.38 Special vs Prince Ruperts Drop at 170,000 FPS - Smarter Every Day 169
Hey, it’s me, Destin. Welcome back to Smarter Every Day. In one of the previous episodes, we shot a .22 caliber bullet against various Prince Rupert’s Drops, and you saw it splatter against the glass. It was fascinating. Now, a lot of people had comments…
Worked example: Motion problems with derivatives | AP Calculus AB | Khan Academy
A particle moves along the x-axis. The function x of t gives the particle’s position at any time t is greater than or equal to zero, and they give us x of t right over here. What is the particle’s velocity v of t at t is equal to 2? So, pause this video,…