WEBVTT

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Welcome back to the Deep Dive. Our mission here

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is to take a towering stack of source material

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articles, histories, technical papers, personal

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notes, And really distill it into the insights

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you need to be truly well -informed. We're not

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here to just, you know, read you a Wikipedia

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entry. We're here to connect the dots and show

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how all these seemingly disparate parts of a

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career can coalesce into a true vision. And today's

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subject, Dr. Mae Carol Jemison, is the perfect

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challenge for this kind of deep dive. Absolutely.

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She is universally known, of course, as the first

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African -American woman in space. But confining

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her to just that title. It meets the point entirely.

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It really does. So our goal today is to go far

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beyond that single eight -day flight and understand

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the interconnected threads of her life. The physician,

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the chemical engineer. The Peace Corps medical

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officer, the professional dancer, and critically,

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the modern visionary for interstellar travel.

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So for you, the learner, the core takeaway from

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her life story is, I think, profoundly simple.

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True expertise often comes not from focusing

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on one narrow field, but from mastering several.

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Exactly. Her diverse background wasn't some kind

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of distraction. No. It became her single greatest

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asset in achieving something truly monumental.

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Her journey just, it fundamentally challenges

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the idea that you have to compartmentalize everything.

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It's the ultimate synthesis, really, of science

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and the humanities. It is. And what better way

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to set the stage for this life than with the

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ultimate symbol of that exact synthesis? You

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know where I'm going with this. I do. When she

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finally reached orbit, serving as Mission Specialist

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4 aboard the Space Shuttle Endeavour. On Mission

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SPS -47. She didn't just key up the standard

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NASA protocol. She opens communications on her

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shift with a line straight out of the science

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fiction universe that at first inspired her as

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a child. Hailing frequencies open. Chills. Every

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time. That quote from Star Trek. It perfectly

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bridges the imagination of her childhood with

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the reality of her accomplishment. It encapsulates

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a life driven by turning speculative fiction

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into an absolute tangible reality. Okay, so let's

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start at the beginning of that trajectory. Let's

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do it. Mae Carol Jemison was born in Decatur,

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Alabama in 1956. But the core formative period

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really began when her family moved north. Right,

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to Chicago. She was raised primarily in the Woodlawn

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and later the Morgan Park neighborhoods. And

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the foundation was laid by her parents, who were

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incredibly supportive. Very. Her father, Charlie

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Jemison, he was a maintenance supervisor for

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a charity organization. And her mother, Dorothy

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Jemison. She was an elementary school teacher,

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taught English and math at Ludwig van Beethoven

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Elementary School. And this was clearly a family

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that valued... rigor valued intellectual curiosity

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something her mother actively fostered right

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absolutely jorthy jemisin made sure that may

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had access to books and opportunities always

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supporting her ambitions and it's so clear from

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the sources that from a very very young age we're

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talking kindergarten here she was definite about

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her path yeah no hesitation she wanted to study

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science and she wanted to go into space but even

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that early ambition was met with what we would

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now you know, recognize as institutionalized

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pushback. Yes, the now famous kindergarten teacher

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incident. Right. So when young May expressed

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her desire to be a scientist, the teacher immediately

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made an assumption. Based on gender and race.

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Completely. Yeah. And suggested she must mean

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she wanted to be a nurse. Which the sources highlight

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as this profoundly irritating moment for her.

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Of course. It crystallized, even at five years

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old, the societal boxes that other people were

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determined to put her in. And that irritation

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wasn't unfounded. I mean, it was validated by

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the reality of the space program she was watching

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on TV. Yeah. She later recounted being really,

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really irritated that there were no women astronauts

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during the entire Apollo era. So that early frustration

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with the lack of representation seems to have

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just fueled her determination to break those

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barriers herself. And interestingly, what provided

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the vision for what could be the antidote to

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the exclusion she saw in the real world was fictional.

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Star Trek. Star Trek. Her interest in space was

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stoked profoundly by that show. And specifically...

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Nichelle Nichols' portrayal of Lieutenant Uhura.

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I mean, for a young African -American girl obsessed

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with space, seeing a black woman on the bridge

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of the Enterprise. Running communications, no

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less. It was a powerful visual confirmation.

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It didn't just inspire her. It validated the

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possibility that she, too, could belong there.

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Which brings us to the second major pillar of

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her life, which I think is often forgotten in

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the high -tech narrative. Dance. Her deep, sustained

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love for dance. It began with ballet around age

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eight or nine. And this wasn't just a casual

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hobby, right? She had genuine competitive aspirations

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of becoming a professional dancer. Oh, absolutely.

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The scope of her training really speaks to that

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dedication. The sources mentioned she studied

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African, Japanese, ballet, jazz, and modern dance.

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That is far beyond a typical extracurricular

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activity. Way beyond. By age 14, her talent was

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such that she auditioned for the leading role

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of Maria in West Side Story. A huge performance

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role. Huge. She was selected as a background

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dancer, but that cemented her commitment to the

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arts, even as her academic life was accelerating.

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OK, so we have to stop here for a second. Just

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let's unpack this. Yeah. A future chemical engineer

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and physician simultaneously pursuing complex

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physics and professional modern jazz choreography.

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It's just it's not a common CV. Not at all. So

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the question is, how did she manage these dual

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demanding passions? And what did that interdisciplinary

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capacity teach her? Well, it speaks to her extraordinary

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capacity for, you know, simultaneous intense

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focus. But also I think her understanding that

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these fields actually fed each other. Dance teaches

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discipline, spatial awareness, nonverbal communication,

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all critical elements in a close quarters high

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stress environment. Like a space shuttle. Exactly.

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The physics of movement, the biomechanics of

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the body. She's integrating science and art long

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before she formalized it at Stanford. And speaking

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of Stanford, that academic track was fast. To

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say the least. She entered Stanford University

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at the remarkably young age of 16. 16. And she

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graduated in 1977. This pace meant she had to

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make some intense career choices very early on.

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And those choices resulted in a truly unique

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academic profile. She graduated with a dual major.

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Earning a Bachelor of Science degree in chemical

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engineering. And a Bachelor of Arts degree in

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African and African American studies. That dual

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degree right there is the key. It's the key to

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understanding her entire future career. She was

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literally straddling the technical, world -precise,

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quantitative engineering and the humanities,

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cultural, political, historical analysis. But

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that success came with a significant struggle.

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Yeah. The sources are really clear about her

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experience with discrimination. from both students

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and teachers at Stanford. She noted how difficult

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it was to be an African -American student, especially

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a young one, in her highly technical classes.

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And this context makes her assertion all the

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more powerful. She stated that some arrogance

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is necessary for women and minorities to be successful

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in a white male dominated society. And when you

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analyze that quote, it's not about haughtiness.

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Not at all. It's about the necessary self -assertion.

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The refusal to dismiss your own validity when

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others are constantly trying to limit or stereotype

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you. It's a defense mechanism that became a psychological

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propellant for her. And even while dealing with

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all of that academic stress, she still maintained

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her commitment to social engagement and the arts.

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Right. She served as head of the Black Students

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Union. And she choreographed and participated

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in a musical and dance production called Out

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of the Shadows. The arts were always the necessary

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counterbalance. They were. And that pressure

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cooker really peaked during her senior year.

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She wrestled seriously with the choice between

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going straight to medical school and pursuing

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a career as a professional dancer. The fact that

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professional dance was still a viable contender,

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even after four years of intensive engineering.

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Just shows how central the arts were to her identity.

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Ultimately, she chose medicine. She recognized

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that her scientific passion and her humanitarian

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drive could best be combined in that field. But

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she carried the discipline of the dancer with

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her, that dedication, that willingness to prioritize

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service alongside science. It carried her straight

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from Stanford into the next highly demanding

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phase of her life. Global health work. Exactly.

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So following Stanford, she moves to the East

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Coast and enters Cornell Medical School. She

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earns her M .D. in 1981. Right. And this phase.

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you know, well before she ever put on a flight

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suit, was absolutely crucial in cementing her

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practical ability to perform under high stress

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with minimal resources. And we have to emphasize,

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this wasn't just traditional classroom medical

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training. Not even close. She immediately pursued

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global medical training, seeking out these challenging

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fieldwork opportunities internationally. While

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at Cornell, she conducted a study in Cuba. Worked

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at a Cambodian refugee camp in Thailand. And

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even worked for the Flying Doctors Organization

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in East Africa. I mean, that type of field. work

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is the ultimate test of a physician it really

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is it's about diagnosing and treating complex

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issues often infectious diseases or trauma in

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environments where sophisticated labs and sterile

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supply chains just don't exist. Right. It gave

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her invaluable experience in resourcefulness

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and rapid decision -making skills. We'll see

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later become absolutely critical for a mission

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specialist in space. And maintaining the pattern

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of her life, she still continued her dance studies.

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Took classes at the prestigious Alvin Ailey American

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Dance Theater during her Cornell years. So the

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arts were always integrated, never sidelined.

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They were a form of self -care. and continued

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discipline. After her internship in LA and a

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stint as a general practitioner, she signed up

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for Maybe the most demanding humanitarian deployment

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available. The Peace Corps. She served as a medical

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officer in two West African nations, Liberia

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and Sierra Leone, from 1983 to 1985. And these

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were not quiet administrative roles? Oh, no.

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These were demanding, sometimes dangerous, life

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-or -death operational environments in very remote

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areas. Her responsibilities were just vast. I

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mean, they extended far beyond basic primary

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care. She supervised all the medical staff. She

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managed the pharmacy and the laboratory for the

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entire region, provided direct medical care.

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And she wrote self -care manuals for volunteers.

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More importantly, she was responsible for developing

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and implementing health and safety guidelines

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across the whole region. Dealing with endemic

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diseases, public health crises. Yeah. And linking

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back to a scientific rigor, she collaborated

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directly with the CDC, the Centers for Disease

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Control, on vaccine research during this time.

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So to be conducting high level research while

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simultaneously managing a low resource regional

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medical operation, that's a significant level

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of responsibility. It really is. It combines

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international public health logistics with. applied

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scientific investigation. And what's so fascinating

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here is, you know, as we noted, many astronauts

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come from these highly structured, specialized

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military aviation backgrounds. The test pilot

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track. Exactly. Thousands of hours in jets. But

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Dr. Jemison's path through global public health

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showed a unique and equally valid capacity for

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high stakes operational environments. You raise

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an excellent point about that contrast. Yeah.

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Well, a pilot's experience is directly relevant

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to, you know, hygiene maneuvers and spacecraft

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control. Right. Jemison successfully argued the

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case. for crisis management and self -sufficiency

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as equivalent or even superior preparation for

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the isolation of space. It makes perfect sense.

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If you can manage a massive pharmaceutical supply

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chain and treat a complicated illness in a village

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hours from the nearest reliable electricity source,

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you can certainly manage a medical emergency

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inside the space shuttle's controlled environment.

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She was a doctor who could improvise, manage

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logistics under duress, and operate independently

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in severe conditions. That preparation unknowingly

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equipped her perfectly for the challenges of

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spaceflight, which is, I mean, it's the most

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isolated, high -risk logistical environment imaginable.

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So she returns to the U .S. in 1985, settles

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back in Los Angeles, and what does she do? She

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maintains her dual commitment. Of course she

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does. She goes into private practice while also

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taking graduate -level engineering courses. The

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stage was set for her childhood dream to finally

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become a reality. After years of dedication to

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global health, that spark that ignited her original

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ambition just flared up again. Right. In 1983,

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she had seen both Sally Ride become the first

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American woman in space. And Guillaume Bluford

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become the first African -American in space.

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And those flights provided the modern, tangible

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inspiration she needed. So she applies to the

00:12:50.440 --> 00:12:53.659
astronaut program in October 1985. Her timing,

00:12:53.700 --> 00:12:56.299
however, was immediately tested by tragedy. NASA

00:12:56.299 --> 00:12:59.120
postponed the entire selection process following

00:12:59.120 --> 00:13:01.500
the devastating Space Shuttle Challenger disaster

00:13:01.500 --> 00:13:05.240
in January 1986. But her resolve was not broken.

00:13:05.279 --> 00:13:07.710
Not at all. She reapplied the very next year,

00:13:07.750 --> 00:13:10.929
in 1987, once the process resumed, and she was

00:13:10.929 --> 00:13:13.809
selected. As one of only 15 candidates for NASA

00:13:13.809 --> 00:13:16.529
Astronaut Group 12. A cohort often referred to

00:13:16.529 --> 00:13:18.990
as the first post -challenger class, chosen out

00:13:18.990 --> 00:13:21.110
of roughly 2 ,000 applicants. And this selection

00:13:21.110 --> 00:13:23.309
instantly elevated her public profile, right?

00:13:23.350 --> 00:13:25.750
Oh, immediately. The Associated Press covered

00:13:25.750 --> 00:13:28.549
her as the first black woman astronaut. The profile

00:13:28.549 --> 00:13:30.990
was massive. It reflected the hunger the public

00:13:30.990 --> 00:13:33.809
had for diverse, inspiring figures in the space

00:13:33.809 --> 00:13:36.480
program following the disaster. Before her launch,

00:13:36.559 --> 00:13:38.720
she was immersed in her preparatory groundwork.

00:13:38.899 --> 00:13:41.460
This included launch support activities at Kennedy

00:13:41.460 --> 00:13:44.379
Space Center. And critically, software verification

00:13:44.379 --> 00:13:46.960
in the Shuttle Avionics Integration Laboratory.

00:13:47.320 --> 00:13:50.840
Also known by the acronym SAIL. Right. And let's

00:13:50.840 --> 00:13:53.299
just clarify what SAIL means for you, the learner.

00:13:53.539 --> 00:13:56.240
Good idea. The Shuttle Avionics Integration Laboratory

00:13:56.240 --> 00:13:59.659
was essentially a hardware -in -the -loop simulator.

00:14:00.019 --> 00:14:02.960
It contained actual shuttle flight hardware.

00:14:03.370 --> 00:14:06.009
So software verification meant testing the complex

00:14:06.009 --> 00:14:08.789
flight control software and procedures in this

00:14:08.789 --> 00:14:11.929
simulated environment. Exactly. It ensured that

00:14:11.929 --> 00:14:14.809
she had practical system -level knowledge of

00:14:14.809 --> 00:14:17.570
the shuttle's operating systems, far beyond just

00:14:17.570 --> 00:14:19.710
her specialized mission role. And her specialized

00:14:19.710 --> 00:14:23.230
role was confirmed on September 28, 1989, when

00:14:23.230 --> 00:14:26.210
she was officially named to the STS -47 crew.

00:14:26.470 --> 00:14:28.690
She was designated Mission Specialist 4, but

00:14:28.690 --> 00:14:30.690
perhaps more importantly, she was also designated

00:14:30.690 --> 00:14:33.580
Science Mission Specialist. newer NASA role at

00:14:33.580 --> 00:14:37.159
the time. It was. Specifically tailored for astronauts

00:14:37.159 --> 00:14:40.120
with extensive research backgrounds to intensely

00:14:40.120 --> 00:14:42.860
focus on the scientific experiments carried on

00:14:42.860 --> 00:14:45.539
board. And her combined medical and engineering

00:14:45.539 --> 00:14:48.620
background made her the perfect fit. The mission

00:14:48.620 --> 00:14:52.220
itself, STS -47. flew aboard the Space Shuttle

00:14:52.220 --> 00:14:54.899
Endeavour from September 12th to the 20th, 1992.

00:14:55.340 --> 00:14:57.559
It was highly significant for several reasons.

00:14:57.779 --> 00:15:00.879
It was the 50th shuttle mission overall. And

00:15:00.879 --> 00:15:03.240
it was a major cooperative venture between the

00:15:03.240 --> 00:15:06.080
United States and Japan designed to carry the

00:15:06.080 --> 00:15:08.700
Space Lab Japan module. She logged just under

00:15:08.700 --> 00:15:12.000
eight full days in space. Seven days, 22 hours,

00:15:12.139 --> 00:15:15.100
30 minutes, 23 seconds, orbiting the Earth 127

00:15:15.100 --> 00:15:18.320
times. She was assigned to the Blue Shift crew.

00:15:18.519 --> 00:15:20.210
And this, of course, brings us back to... our

00:15:20.210 --> 00:15:22.909
opening anecdote. Right. It's impossible to overstate

00:15:22.909 --> 00:15:24.889
the importance of that moment when she opened

00:15:24.889 --> 00:15:27.590
communications with hailing frequencies open.

00:15:27.730 --> 00:15:29.950
It's just a direct affirmation that imagination

00:15:29.950 --> 00:15:32.809
and inspiration are just as critical to human

00:15:32.809 --> 00:15:35.129
exploration as calculations and engine thrust.

00:15:35.409 --> 00:15:37.789
A perfect personal full circle moment. But her

00:15:37.789 --> 00:15:39.789
cultural contributions didn't stop there, did

00:15:39.789 --> 00:15:43.179
they? No. She consciously used her limited personal

00:15:43.179 --> 00:15:46.179
storage space to bring artifacts that reflected

00:15:46.179 --> 00:15:49.539
her identity and history into orbit. She carried

00:15:49.539 --> 00:15:51.779
a poster from the Alvin Ailey American Dance

00:15:51.779 --> 00:15:54.320
Theater, honoring her commitment to dance. A

00:15:54.320 --> 00:15:57.120
West African statuette, symbolizing her time

00:15:57.120 --> 00:15:59.200
and service in the Peace Corps. And a photo of

00:15:59.200 --> 00:16:01.840
Bessie Coleman, the pioneering African -American

00:16:01.840 --> 00:16:04.980
aviator. It was a conscious act of memorialization,

00:16:05.259 --> 00:16:08.379
inspiration, and personal integration. And on

00:16:08.379 --> 00:16:10.779
the scientific front, that space... Lab Japan

00:16:10.779 --> 00:16:14.659
module was packed. Packed with 43 Japanese and

00:16:14.659 --> 00:16:17.000
United States life science and materials processing

00:16:17.000 --> 00:16:20.139
experiments. And Jemison was the person ensuring

00:16:20.139 --> 00:16:22.960
the quality and execution of many of these complex

00:16:22.960 --> 00:16:25.320
experiments in microgravity. Specifically, she

00:16:25.320 --> 00:16:27.980
co -investigated two critical bone cell research

00:16:27.980 --> 00:16:30.360
experiments. Yeah. Examining how bone density

00:16:30.360 --> 00:16:33.350
changes in zero gravity. This research is foundational

00:16:33.350 --> 00:16:35.509
to understanding the long -term health viability

00:16:35.509 --> 00:16:38.029
of astronauts on future long -duration missions.

00:16:38.269 --> 00:16:40.730
To Mars or beyond, bone loss is one of the most

00:16:40.730 --> 00:16:43.029
immediate and serious physiological challenges

00:16:43.029 --> 00:16:46.809
of microgravity. And she also had a crucial applied

00:16:46.809 --> 00:16:50.330
medical technology test. She tested NASA's fluid

00:16:50.330 --> 00:16:52.740
therapy system. Now, this is a brilliant example

00:16:52.740 --> 00:16:55.340
of her applying her medical knowledge to an engineering

00:16:55.340 --> 00:16:58.360
challenge. It is. The fluid therapy system involved

00:16:58.360 --> 00:17:01.179
specialized equipment to produce pure, sterile

00:17:01.179 --> 00:17:04.599
water for injection. And then using IV bags and

00:17:04.599 --> 00:17:07.799
a mixing method to create saline solution in

00:17:07.799 --> 00:17:10.319
space. Which is so crucial, right? On Earth,

00:17:10.460 --> 00:17:13.380
we take sterile IV fluids for granted. Of course.

00:17:13.500 --> 00:17:15.759
But for a remote, long -duration mission, if

00:17:15.759 --> 00:17:18.180
an astronaut suffered severe dehydration or a

00:17:18.180 --> 00:17:20.619
massive trauma requiring fluid replacement...

00:17:21.109 --> 00:17:23.730
They need that saline immediately. And the technical

00:17:23.730 --> 00:17:26.309
difficulty is ensuring that sterility aseptic

00:17:26.309 --> 00:17:28.670
technique in zero gravity, far from a hospital

00:17:28.670 --> 00:17:31.690
clean room, using limited resources. Her medical

00:17:31.690 --> 00:17:34.269
expertise was paramount in validating the safety

00:17:34.269 --> 00:17:36.569
and feasibility of that system. And then there

00:17:36.569 --> 00:17:38.950
was the famous amphibian experiment. The frogs.

00:17:39.390 --> 00:17:42.250
She participated in a study designed to induce

00:17:42.250 --> 00:17:45.009
female frogs to ovulate, fertilize the eggs,

00:17:45.150 --> 00:17:47.450
and then observe tadpole development in zero

00:17:47.450 --> 00:17:49.829
gravity. which provided critical data on whether

00:17:49.829 --> 00:17:51.910
vertebrates could successfully reproduce and

00:17:51.910 --> 00:17:54.230
develop in a space environment. The image of

00:17:54.230 --> 00:17:57.269
a doctor overseeing zero -gravity IVF for frogs

00:17:57.269 --> 00:18:00.470
is certainly memorable. It is. She was also extensively

00:18:00.470 --> 00:18:03.650
trained alongside Japanese astronaut Mamoru Mori

00:18:03.650 --> 00:18:06.210
in a fascinating technique called the autogenic

00:18:06.210 --> 00:18:10.130
feedback training exercise. Or AFT. And this

00:18:10.130 --> 00:18:12.329
detail is highly important because it forms the

00:18:12.329 --> 00:18:14.670
immediate bridge to her post -NASA entrepreneurial

00:18:14.670 --> 00:18:19.049
career. So what is AFT? AFTC, developed by psychologist

00:18:19.049 --> 00:18:22.150
Patricia Cowings, is a specialized biofeedback

00:18:22.150 --> 00:18:24.869
technique. Think of it as teaching your body's

00:18:24.869 --> 00:18:27.349
autonomous nervous system to manage severe stress.

00:18:27.650 --> 00:18:29.930
So astronauts trained to use it can monitor and

00:18:29.930 --> 00:18:32.809
control specific physiological responses. Exactly.

00:18:32.809 --> 00:18:35.549
Things like heart rate variability, skin temperature,

00:18:35.769 --> 00:18:38.529
muscle tension, all in order to combat motion

00:18:38.529 --> 00:18:40.769
sickness, anxiety, and stress -related disorders.

00:18:41.390 --> 00:18:43.970
It's self -regulation at a highly technical level.

00:18:44.269 --> 00:18:46.450
After all that intense scientific and cultural

00:18:46.450 --> 00:18:48.549
contribution, her tenure at NASA was surprisingly

00:18:48.549 --> 00:18:52.109
short. It was. In March 1993, just months after

00:18:52.109 --> 00:18:53.930
returning from orbit, she resigned from the agency.

00:18:54.230 --> 00:18:57.569
That swift pivot often surprises people. But

00:18:57.569 --> 00:18:59.750
it really proves that for Dr. Jemison, time in

00:18:59.750 --> 00:19:01.910
orbit was just the launch pad for her broader

00:19:01.910 --> 00:19:04.970
long -term ambition. Exactly. She had achieved

00:19:04.970 --> 00:19:07.710
the impossible dream, she had proved her skills,

00:19:07.849 --> 00:19:10.740
and she gained an unparalleled platform. And

00:19:10.740 --> 00:19:12.779
as a training manager and author, Homer Hickam

00:19:12.779 --> 00:19:15.500
expressed regret over her departure. Noting the

00:19:15.500 --> 00:19:17.960
talent they lost. Right. But she clearly saw

00:19:17.960 --> 00:19:20.359
the opportunity to apply her unique synthesis

00:19:20.359 --> 00:19:23.700
of skills engineering, medicine, sociocultural

00:19:23.700 --> 00:19:27.119
awareness on a global scale outside the confines

00:19:27.119 --> 00:19:29.720
of government work. She leveraged that practical

00:19:29.720 --> 00:19:32.000
experience into something much, much bigger.

00:19:32.180 --> 00:19:35.420
So Dr. Jemison wasted absolutely no time in translating

00:19:35.420 --> 00:19:38.140
her space platform into entrepreneurial and educational

00:19:38.140 --> 00:19:41.920
endeavors. None. In 1993, the very year she left

00:19:41.920 --> 00:19:44.579
NASA, she founded the Jemison Group, Inc. And

00:19:44.579 --> 00:19:46.619
this was a brilliant move, perfectly aligning

00:19:46.619 --> 00:19:48.819
with her dual academic background. It wasn't

00:19:48.819 --> 00:19:51.559
a standard aerospace engineering firm. No, it

00:19:51.559 --> 00:19:54.380
was a consulting firm specifically focused on

00:19:54.380 --> 00:19:57.220
analyzing the sociocultural impact of technological

00:19:57.220 --> 00:19:59.579
advancements in design. Let's just delve into

00:19:59.579 --> 00:20:02.079
what that means for a second. If you build a

00:20:02.079 --> 00:20:05.099
new piece of infrastructure, say a water purification

00:20:05.099 --> 00:20:08.880
system, the engineer designs the pipes and pump.

00:20:09.319 --> 00:20:12.140
But the sociocultural analyst looks at how that

00:20:12.140 --> 00:20:15.079
technology changes community dynamics, how it

00:20:15.079 --> 00:20:17.279
impacts local leadership, how it's maintained

00:20:17.279 --> 00:20:19.839
across different cultures, and whether it introduces

00:20:19.839 --> 00:20:22.920
economic disparity. Her company basically formalized

00:20:22.920 --> 00:20:25.099
that philosophy. That science and engineering

00:20:25.099 --> 00:20:28.319
cannot and should not operate in a vacuum. Her

00:20:28.319 --> 00:20:31.759
BA in African and African -American studies provided

00:20:31.759 --> 00:20:34.019
the critical framework for understanding those

00:20:34.019 --> 00:20:36.240
community -level consequences. And she paired

00:20:36.240 --> 00:20:38.559
it perfectly with her chemical engineering background.

00:20:38.960 --> 00:20:41.220
This was quickly followed by her nonprofit work,

00:20:41.400 --> 00:20:43.839
founding the Dorothy Jemison Foundation for Excellence.

00:20:44.140 --> 00:20:46.380
Named in honor of her supportive mother, the

00:20:46.380 --> 00:20:48.799
elementary school teacher. And the foundation's

00:20:48.799 --> 00:20:51.680
flagship initiative is The Earth We Share, or

00:20:51.680 --> 00:20:55.630
TTWS. This is a residential science camp, a four

00:20:55.630 --> 00:20:57.990
-week intensive program for students aged 12

00:20:57.990 --> 00:21:01.430
to 16. And the global reach of these camps immediately

00:21:01.430 --> 00:21:04.390
reflects her Peace Corps experience. They've

00:21:04.390 --> 00:21:06.829
been held internationally in South Africa, Tunisia,

00:21:06.890 --> 00:21:09.470
Switzerland. As well as across the U .S. at institutions

00:21:09.470 --> 00:21:11.809
like Dartmouth and the Colorado School of Mines.

00:21:12.029 --> 00:21:15.089
And the genius of TEWS lies in its methodology.

00:21:15.680 --> 00:21:18.519
The goal is to dramatically increase scientific

00:21:18.519 --> 00:21:21.579
literacy by developing critical thinking and

00:21:21.579 --> 00:21:23.900
problem solving skills. But they don't do it

00:21:23.900 --> 00:21:27.440
with abstract theory. No. Students work in teams

00:21:27.440 --> 00:21:30.339
using the scientific method to identify and solve

00:21:30.339 --> 00:21:33.039
a real community problem. So it moves science

00:21:33.039 --> 00:21:35.259
out of the textbook and into practical localized

00:21:35.259 --> 00:21:38.099
action. Which is precisely how Jemisin practiced

00:21:38.099 --> 00:21:40.440
medicine in West Africa. Simultaneously, she

00:21:40.440 --> 00:21:42.900
maintained an active academic career. Yep. She

00:21:42.900 --> 00:21:44.720
served as a professor of environmental studies

00:21:44.720 --> 00:21:47.769
at... Dartmouth College from 1995 to 2002. Where

00:21:47.769 --> 00:21:50.029
she directed the Jemison Institute for Advancing

00:21:50.029 --> 00:21:52.170
Technology in Developing Countries. She also

00:21:52.170 --> 00:21:54.230
became an Andrew D. White Professor at Large

00:21:54.230 --> 00:21:57.269
at Cornell University starting in 1999. So she's

00:21:57.269 --> 00:21:59.589
continuing her influence across major institutions.

00:22:00.009 --> 00:22:02.450
She has always been a fierce advocate for science

00:22:02.450 --> 00:22:05.029
education, especially for minority students.

00:22:05.349 --> 00:22:07.569
And she's a key member of numerous scientific

00:22:07.569 --> 00:22:12.230
organizations. The AMA, the ACS, the AAAS. Her

00:22:12.230 --> 00:22:15.160
influence is persistent. And very broad. And

00:22:15.160 --> 00:22:17.960
remember that AFE biofeedback technique she tested

00:22:17.960 --> 00:22:20.579
on the shuttle. I do. That research item wasn't

00:22:20.579 --> 00:22:24.339
shelved. In 1999, she founded Biosentient Corps

00:22:24.339 --> 00:22:26.880
specifically to obtain the license and commercialize

00:22:26.880 --> 00:22:30.099
AFE for wider use on Earth. She recognized a

00:22:30.099 --> 00:22:32.200
viable technology developed for space medicine

00:22:32.200 --> 00:22:34.720
and successfully adapted it for motion sickness,

00:22:35.000 --> 00:22:37.480
anxiety, and stress -related disorders in the

00:22:37.480 --> 00:22:39.809
general population. It's the practical application

00:22:39.809 --> 00:22:41.990
of her space research translating directly to

00:22:41.990 --> 00:22:44.309
commercial health care. And now we arrive at

00:22:44.309 --> 00:22:46.390
the segment that defines her vision for the future.

00:22:46.470 --> 00:22:49.710
A massive leap from low Earth orbit to the farthest

00:22:49.710 --> 00:22:52.150
reaches of human ambition. Interstellar travel.

00:22:52.490 --> 00:22:54.990
In 2012, the Dorothy Jemison Foundation for Excellence

00:22:54.990 --> 00:22:58.490
won a major $500 ,000 seed grant from DARPA.

00:22:58.630 --> 00:23:00.390
The Defense Advanced Research Projects Agency.

00:23:00.869 --> 00:23:03.789
To lead the 100 -Year Starship Project. She is

00:23:03.789 --> 00:23:05.750
the current principal of the 100 -Year Starship

00:23:05.750 --> 00:23:08.539
Organization. which has kept that audacious name.

00:23:08.680 --> 00:23:12.799
The name itself is just. It's staggering. A hundred

00:23:12.799 --> 00:23:15.940
-year starship. It sets an arbitrary yet critical

00:23:15.940 --> 00:23:19.160
time frame for the goal of achieving human interstellar

00:23:19.160 --> 00:23:21.720
travel within the next century. This isn't about

00:23:21.720 --> 00:23:24.430
planning. The next lunar base. No, this is about

00:23:24.430 --> 00:23:26.529
planning for the long -term migration of humanity

00:23:26.529 --> 00:23:29.470
across galactic distances. So if you connect

00:23:29.470 --> 00:23:31.950
this to the bigger picture, her transition from

00:23:31.950 --> 00:23:34.650
orbital mechanics specialist to leading a 100

00:23:34.650 --> 00:23:37.430
-year interstellar project shows an unparalleled

00:23:37.430 --> 00:23:39.490
leap in vision. I mean, what does this project

00:23:39.490 --> 00:23:41.769
even entail? It requires solving challenges that

00:23:41.769 --> 00:23:44.210
span every single field she ever studied. It's

00:23:44.210 --> 00:23:46.549
the ultimate interdisciplinary problem. It demands

00:23:46.549 --> 00:23:48.789
massive advances, not just in propulsion. How

00:23:48.789 --> 00:23:51.460
do we get there? but in life support and sociology.

00:23:51.740 --> 00:23:54.240
Right. We need closed -loop ecosystems that can

00:23:54.240 --> 00:23:56.799
sustain humans for decades without resupply.

00:23:56.900 --> 00:23:59.680
We need fail -safe radiation shielding technology.

00:24:00.059 --> 00:24:04.839
And critically, we need multi -generational sociological

00:24:04.839 --> 00:24:07.980
planning. How do you ensure the mental, physical,

00:24:08.119 --> 00:24:10.880
and governmental health of a crew born in space?

00:24:11.420 --> 00:24:13.680
Her background is just perfectly suited to this.

00:24:13.740 --> 00:24:16.920
Her engineering informs the propulsion. Her medical

00:24:16.920 --> 00:24:19.319
training informs the closed -loop health systems.

00:24:19.480 --> 00:24:21.960
And her experience in African and African -American

00:24:21.960 --> 00:24:24.059
studies combined with her Peace Corps logistics

00:24:24.059 --> 00:24:27.579
informs the necessary social and political framework

00:24:27.579 --> 00:24:31.000
for a multi -generational closed society. She

00:24:31.000 --> 00:24:32.779
used the platform and the technical knowledge

00:24:32.779 --> 00:24:35.319
gained from her one -week spaceflight to secure

00:24:35.319 --> 00:24:37.500
major funding for the far future of exploration.

00:24:38.220 --> 00:24:40.920
It's a powerful statement, really. Orbital experience

00:24:40.920 --> 00:24:43.500
is merely preparation for cosmic aspiration.

00:24:43.980 --> 00:24:46.920
And Dr. Jemison's public life naturally remained

00:24:46.920 --> 00:24:49.039
deeply intertwined with the science fiction that

00:24:49.039 --> 00:24:51.940
inspired her journey. Right. We noted her hailing

00:24:51.940 --> 00:24:54.720
frequencies open, quote, on the shuttle. But

00:24:54.720 --> 00:24:56.779
this Star Trek connection came full circle in

00:24:56.779 --> 00:24:59.460
1993. That year, she appeared in an episode of

00:24:59.460 --> 00:25:01.859
Star Trek, The Next Generation, titled Second

00:25:01.859 --> 00:25:04.920
Chances. She played Lieutenant Palmer. A minor

00:25:04.920 --> 00:25:08.519
role, but she made history. She became the first

00:25:08.519 --> 00:25:11.160
real -life astronaut to appear on Star Trek.

00:25:11.339 --> 00:25:13.480
And the anecdote behind this is just charming.

00:25:13.700 --> 00:25:16.319
It is. LeVar Burton, the actor who played Geordi

00:25:16.319 --> 00:25:19.200
LaForge, knew she was a massive fan. So when

00:25:19.200 --> 00:25:21.859
he learned she was returning from space, he personally

00:25:21.859 --> 00:25:24.859
invited her onto the set. It's extremely rare

00:25:24.859 --> 00:25:27.720
to have your professional life loop back and

00:25:27.720 --> 00:25:30.180
intersect with the fictional universe that initially

00:25:30.180 --> 00:25:33.400
fueled your childhood dreams. Beyond fictional

00:25:33.400 --> 00:25:36.579
appearances, she remains a highly active public

00:25:36.579 --> 00:25:39.420
speaker, using the immense platform that being

00:25:39.420 --> 00:25:41.720
an astronaut provides to promote science and

00:25:41.720 --> 00:25:44.400
technology education globally. Her interest was

00:25:44.400 --> 00:25:46.200
never just in being an astronaut. It was about

00:25:46.200 --> 00:25:49.480
using that reputation for profound societal impact.

00:25:49.779 --> 00:25:52.059
And she consistently speaks out strongly on social

00:25:52.059 --> 00:25:54.680
issues, drawing directly on her Peace Corps and

00:25:54.680 --> 00:25:57.299
early medical experiences. Particularly concerning

00:25:57.299 --> 00:25:59.559
the gap in health care quality between the United

00:25:59.559 --> 00:26:02.410
States and the developing world. She makes a

00:26:02.410 --> 00:26:05.210
point of connecting aspiration with tangible

00:26:05.210 --> 00:26:07.549
action. She often quoted Martin Luther King Jr.

00:26:07.809 --> 00:26:10.089
saying he didn't just have a dream, he got things

00:26:10.089 --> 00:26:12.509
done. And that just encapsulates her philosophy

00:26:12.509 --> 00:26:16.130
of merging deep aspiration with rigorous practical

00:26:16.130 --> 00:26:18.769
application, whether that's delivering vaccines

00:26:18.769 --> 00:26:21.849
in Sierra Leone or designing a starship. For

00:26:21.849 --> 00:26:23.849
several years, she was also the face of science

00:26:23.849 --> 00:26:26.210
communication for a large segment of the public.

00:26:26.390 --> 00:26:28.660
Right. Hosting and serving as a technical consultant

00:26:28.660 --> 00:26:31.019
for the popular Discovery Channel science series

00:26:31.019 --> 00:26:34.559
World of Wonder from 94 to 98. This extended

00:26:34.559 --> 00:26:37.299
her influence beyond academia and into mainstream

00:26:37.299 --> 00:26:40.119
science literacy. Her personal history also became

00:26:40.119 --> 00:26:43.059
a subject of public research in 2006. When she

00:26:43.059 --> 00:26:45.980
participated in the PBS miniseries African American

00:26:45.980 --> 00:26:49.079
Lives, it used genetic testing and genealogy

00:26:49.079 --> 00:26:51.920
to trace the family histories of famous African

00:26:51.920 --> 00:26:54.700
Americans. And the research revealed two fascinating

00:26:54.700 --> 00:26:57.759
and expansive historical nuggets. First, the

00:26:57.759 --> 00:27:00.039
genetic testing surprised her. It revealed she

00:27:00.039 --> 00:27:03.500
is 13 % East Asian in her genetic makeup. Second,

00:27:03.619 --> 00:27:05.660
and perhaps more grounding, she learned through

00:27:05.660 --> 00:27:08.160
genealogical research that some of her paternal

00:27:08.160 --> 00:27:10.940
ancestors were slaves at a plantation in Talladega

00:27:10.940 --> 00:27:13.539
County, Alabama. These findings just root her

00:27:13.539 --> 00:27:16.460
story so firmly in the complex and often painful

00:27:16.460 --> 00:27:19.859
history of America. It adds so much depth to

00:27:19.859 --> 00:27:23.980
her accomplishments. And we also have to... impartially

00:27:23.980 --> 00:27:26.880
address a challenging incident from her personal

00:27:26.880 --> 00:27:30.680
life that occurred in the spring of 1996 in Nassau

00:27:30.680 --> 00:27:32.799
Bay, Texas. Right. This became a significant

00:27:32.799 --> 00:27:35.940
public legal matter. Jimmison filed a formal

00:27:35.940 --> 00:27:38.019
complaint against a Nassau Bay police officer,

00:27:38.099 --> 00:27:41.240
Henry Hughes, following a traffic stop. She was

00:27:41.240 --> 00:27:43.259
initially pulled over for an illegal U -turn.

00:27:43.380 --> 00:27:45.859
And was subsequently arrested based on an outstanding

00:27:45.859 --> 00:27:48.299
warrant for an unpaid speeding ticket, which

00:27:48.299 --> 00:27:50.440
she believed had already been paid years prior.

00:27:50.740 --> 00:27:52.640
And the sources indicate that Jemison accused

00:27:52.640 --> 00:27:55.180
the officer of physical and emotional mistreatment

00:27:55.180 --> 00:27:57.380
during the arrest. She alleged that he twisted

00:27:57.380 --> 00:28:00.140
her wrist, forced her to the ground, and forced

00:28:00.140 --> 00:28:02.339
her to walk barefoot from the patrol car into

00:28:02.339 --> 00:28:04.640
the police station. She spent several hours in

00:28:04.640 --> 00:28:07.279
jail and was treated for deep bruises and a head

00:28:07.279 --> 00:28:09.960
injury after her release. The incident prompted

00:28:09.960 --> 00:28:12.319
an internal police investigation, and the officer

00:28:12.319 --> 00:28:15.500
was suspended with pay. However, the police investigation

00:28:15.500 --> 00:28:18.079
ultimately cleared the officer of wrongdoing

00:28:18.079 --> 00:28:20.920
regarding the use of force. And following that

00:28:20.920 --> 00:28:23.960
decision, Dr. Jemison subsequently filed a civil

00:28:23.960 --> 00:28:26.579
lawsuit against both the city of Nassau Bay and

00:28:26.579 --> 00:28:29.200
the officer, ensuring the matter remained a subject

00:28:29.200 --> 00:28:32.500
of public record and legal contention. Despite

00:28:32.500 --> 00:28:35.400
these personal and legal challenges, Her professional

00:28:35.400 --> 00:28:38.220
accomplishments continued to garner immense recognition

00:28:38.220 --> 00:28:41.440
globally, solidifying her legacy across multiple

00:28:41.440 --> 00:28:44.519
fields. The list of honors is just immense. It's

00:28:44.519 --> 00:28:47.380
reflective of her diverse impact. She was inducted

00:28:47.380 --> 00:28:49.680
into the National Women's Hall of Fame in 1993.

00:28:50.200 --> 00:28:52.819
And the International Space Hall of Fame in 2004.

00:28:53.480 --> 00:28:56.440
She has received more than 15 honorary doctorates

00:28:56.440 --> 00:28:59.079
from major institutions, including Princeton,

00:28:59.299 --> 00:29:01.279
Dartmouth, and Harvey Mudd. Furthermore, her

00:29:01.279 --> 00:29:03.779
name is immortalized in education, with numerous

00:29:03.779 --> 00:29:06.180
schools named after her. Like the Macy Jemison

00:29:06.180 --> 00:29:08.599
Academy in Detroit and Jemison High School in

00:29:08.599 --> 00:29:11.200
Huntsville, Alabama, the very heart of the U

00:29:11.200 --> 00:29:13.619
.S. space industry. And her recognition has extended

00:29:13.619 --> 00:29:15.680
into the popular sphere, reaching the children

00:29:15.680 --> 00:29:18.240
she targets with her science advocacy. She was

00:29:18.240 --> 00:29:20.480
featured as a minifigure in the highly popular

00:29:20.480 --> 00:29:24.609
Lego Women of NASA. Set released in 2017. Which

00:29:24.609 --> 00:29:27.289
is fantastic, and perhaps most significantly

00:29:27.289 --> 00:29:29.769
in terms of distilled wisdom, on International

00:29:29.769 --> 00:29:33.069
Women's Day in 2019, Google featured a doodle

00:29:33.069 --> 00:29:35.849
with one of her most memorable and defining quotes.

00:29:36.210 --> 00:29:39.130
Never be limited by other people's limited imaginations.

00:29:39.410 --> 00:29:42.329
That quote is, in many ways, the mission statement

00:29:42.329 --> 00:29:46.109
of her literary output. Her 2001 memoir for children,

00:29:46.410 --> 00:29:49.930
Find Where the Wind Goes. It didn't shy away

00:29:49.930 --> 00:29:52.450
from realism. No, it gave a very honest view

00:29:52.450 --> 00:29:55.190
of her interactions with professors who judged

00:29:55.190 --> 00:29:57.970
her based on stereotypes rather than her intelligence.

00:29:58.170 --> 00:30:00.269
It told young readers that those stereotypes

00:30:00.269 --> 00:30:02.630
are external limitations that must be overcome,

00:30:02.869 --> 00:30:05.769
not barriers to internalize. And she continued

00:30:05.769 --> 00:30:08.069
to connect with the next generation by co -authoring

00:30:08.069 --> 00:30:11.089
a four -book series for children in 2013, the

00:30:11.089 --> 00:30:13.569
A True Book series, where she often incorporated

00:30:13.569 --> 00:30:16.009
the grand, forward -looking themes of the 100

00:30:16.009 --> 00:30:19.230
-Year Starship Project. generation is already

00:30:19.230 --> 00:30:21.309
thinking about interstellar colonization before

00:30:21.309 --> 00:30:24.289
they even enter high school. So if we look back

00:30:24.289 --> 00:30:27.150
at the scope of Dr. Mae Jemison's life, we see

00:30:27.150 --> 00:30:29.930
an astonishing trajectory defined not by straight

00:30:29.930 --> 00:30:33.349
lines, but by these convergent disciplines. From

00:30:33.349 --> 00:30:35.670
a child irritated by the lack of representation

00:30:35.670 --> 00:30:38.549
in space to the first African -American woman

00:30:38.549 --> 00:30:40.970
in space. And then immediately shifting focus

00:30:40.970 --> 00:30:44.930
to global science literacy and planning for the

00:30:44.930 --> 00:30:47.670
human migration to the stars over the next century.

00:30:48.160 --> 00:30:51.000
Her career is the definition of refusing compartmentalization.

00:30:51.059 --> 00:30:53.640
Yeah. The engineering precision required to fly

00:30:53.640 --> 00:30:55.779
the shuttle, the medical expertise needed for

00:30:55.779 --> 00:30:57.880
the crew's health, the social sciences required

00:30:57.880 --> 00:31:00.599
to found a successful consulting firm, and the

00:31:00.599 --> 00:31:02.759
art and self -assurance that drove her from day

00:31:02.759 --> 00:31:05.460
one. She proves that all those skills are necessary.

00:31:06.009 --> 00:31:08.569
She demonstrates definitively that the most complex

00:31:08.569 --> 00:31:10.910
challenges facing humanity, whether it's space

00:31:10.910 --> 00:31:13.710
exploration, global health disparity, or figuring

00:31:13.710 --> 00:31:16.230
out propulsion for interstellar travel, they

00:31:16.230 --> 00:31:18.470
require more than just deep technical knowledge.

00:31:18.750 --> 00:31:21.150
They require humanistic understanding, ethical

00:31:21.150 --> 00:31:23.630
considerations, and creative thinking. You need

00:31:23.630 --> 00:31:25.630
the precision of the engineer and the empathy

00:31:25.630 --> 00:31:28.230
of the humanitarian. And that brings us to the

00:31:28.230 --> 00:31:30.490
final analysis, something for you, the learner,

00:31:30.670 --> 00:31:33.309
to take away from this deep dive into her profile.

00:31:33.900 --> 00:31:36.680
Dr. Jemison's career is a living argument that

00:31:36.680 --> 00:31:39.279
exploration is not limited to geography or technology.

00:31:39.660 --> 00:31:41.960
It's about pushing the boundaries of human thought

00:31:41.960 --> 00:31:44.619
and combining skills others deem incompatible.

00:31:44.700 --> 00:31:48.359
We heard her famous quote, never be limited by

00:31:48.359 --> 00:31:51.759
other people's limited imaginations. So we ask

00:31:51.759 --> 00:31:55.200
you this. If a one -week orbital space mission,

00:31:55.380 --> 00:31:58.319
a brief snapshot of her life, was enough to inspire,

00:31:58.640 --> 00:32:01.539
launch, and secure funding for a 100 -year civilization

00:32:01.539 --> 00:32:05.319
spanning plan, what small surprising part of

00:32:05.319 --> 00:32:07.579
your current focus, that passion you keep quiet

00:32:07.579 --> 00:32:09.799
or that skill you think is irrelevant, could

00:32:09.799 --> 00:32:11.599
lead to your next century spanning ambition?

00:32:11.960 --> 00:32:14.319
What assumption are you holding on to about your

00:32:14.319 --> 00:32:17.599
own capacity or field that Dr. Jemison, the engineer

00:32:17.599 --> 00:32:20.910
Dr. answer humanitarian, would tell you to challenge

00:32:20.910 --> 00:32:23.329
immediately. That is the ultimate deep dive looking

00:32:23.329 --> 00:32:25.789
within your own profile and refusing to let others

00:32:25.789 --> 00:32:27.930
define what's possible for you. Absolutely. We'll

00:32:27.930 --> 00:32:29.150
see you next time on The Deep Dive.
