Michelle thaller tattoo on arm | Does Michelle Thaller Have Any Tattoos? Meanings Explained

michelle thaller tattoo on arm | Does Michelle Thaller Have Any Tattoos? Meanings Explained

Does Michelle Thaller have a tattoo? She has a long calligraphy tattoo on her arm that runs from side to side.

Michelle is a successful American astronomer and researcher. She is associate director of NASA’s Goddard Space Flight Center, one of NASA’s primary space research laboratories.

Additionally, Michelle is a Harvard astrophysicist and a Ph.D. From Georgia State University, according to her LinkedIn profile. She is known for her extraordinary work at NASA, and her monthly science column on the History Channel shows how the universe works and planets and beyond.

Michelle Thaller Tattoo Meaning Explained

Michelle has tattoos on her arms.

In fact, it was a memory of her late husband Andrew.

Also, her husband died of cancer last fall. According to one of her FB posts, they both love Elton John’s song “The One,” which has been on her mind since the ’90s.

Before they got married, Andrew wrote a love letter, translating the song’s opening verse into Elvish. She has a tattoo on the arm opposite the other arm.

She actually copied Andrew’s calligraphy and tattooed it.

What Is Michelle Net Worth?

Michelle Thaler is said to have a current net worth in the millions because she is the deputy director of NASA.

She never brags about her annual income or financial records in public.

Let’s take a look at her age: Michelle is currently 51.

She was born on November 28, 1969. Her nationality is also American because he lives in Maryland.

Michelle Husband: Is She Married?

Michelle is married to her late husband Andrew Booth.

Booth is a professional optician and astrophysicist.

They are together until 2020. He died of cancer last year.

Continuing with the details of her parents: She grew up with older sister Susan.

Michelle Thaller Communicates the Beauty and Possibilities of Science

What do you do and what is the most interesting thing about your role at Goddard? How do you support Goddard’s mission?

I am the link between the Science Bureau and the Communications Department. That means having some understanding of both worlds; two different environments, and I think both are stronger when they work together.

What is your educational background?

I grew up in a fairly small dairy town near Milwaukee, Wisconsin. When I was in school, science was considered agricultural science. I learned a lot about farming, dairy farming and dairy cow diseases.

We are taught to be curious and see how things work. We visited different farms to see what techniques they use. We compared methods and discussed what worked and what didn’t, and the reasons for these decisions. It’s about solving problems in a very practical way based on a broad exploration of nature. I still feel most at peace when I’m outside and think best in nature.

I have a bachelor’s degree in astrophysics from Harvard University and a Ph.D. Astrophysics in Georgia.

When did you first want to be an astrophysicist?

I’ve always wanted to go out and look at the stars. My mother said that as soon as I could walk, she would find me wanting to go out and see the lights in the sky. I can’t explain the charm of it, it’s just something that has always attracted me. My parents are still confused.

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You live your life according to your intuition, your hunch, and you are an original creator. How does this work?

I fell in love with the stars the first time I saw them. I fell in love with my 26 year old husband at first sight. I’ve bought two homes in my life and I knew they were right as soon as I walked in.

I must add that sometimes my intuition is seriously misleading. Like everyone, I made some amazing mistakes. But I still trust my instincts and usually let them guide me.

I think people are wrong about science, thinking it’s very logical and unsentimental. For me, solving math problems is also about instinct, how to go about it. This is not entirely reasonable. Scientists often talk about a nifty or elegant solution. Our intuition guides us in a certain way, even if we can’t logically go step by step. You just have to feel it.

Based on your intuition, what advice would you give young people interested in pursuing a career in science?

Trust your curiosity. I’ve been told time and time again that I don’t have the right personality to be a scientist. Said I was too artistic. That’s my lack of logic. It’s not easy for me to learn in the traditional way. I had poor grades in science and math in college. I found the transition between rural public schools and Harvard very exciting. Still, I loved astronomy throughout college, despite the confusing classes. My liberal arts classes kept my grade point average high; almost all my A’s were there.

I’ve learned that just because it’s hard at first doesn’t mean you don’t belong. It all comes down to trusting your curiosity to guide your path, trusting what interests you most, and doing what you love.

How does a humanities background make you a better scientist?

Wow, so many options! Diversity of thinking, bringing in different ideas from many different sources and contexts, being able to take all of them, distilling and finding patterns and most importantly. The liberal arts are constantly opening up to many different possibilities.

Extensive education also makes you realize that there is no one right answer. New information is constantly being added. The answer is evolution; it’s not the end state. Critical thinking means asking questions over and over again. I don’t know what life would be like without curiosity.

As a science storyteller, what is your favorite way to tell a science story?

The reason I like astronomy more than any other subject is because I think it’s the best story I’ve ever heard. The story of how we relate to the larger universe has stayed with me my whole life. The way my brain processes basic physics is flow from one idea to the next rather than a linear step-by-step process.

People think science and math are so complicated. But when you take the time to break the equations down one by one and make them part of a story, it becomes simple, elegant, and most importantly, easy to understand.

Field trips are a great way to make plays more accessible and lively. When I took my Smithsonian group to CERN, the European Centre for Nuclear Research (CERN) on the Swiss-French border, each to study particle physics for 10 days, we started with the fundamentals of particle definition. I tell them, “You can’t leave this journey and think of electrons as a little ball. They’re not little balls. They’re so wonderful.” This is the ultimate field trip to understand particle physics at CERN’s particle accelerator.

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What’s the best thing about working at Goddard?

Without hesitation, it’s people. I have never been surrounded by a group of people so talented, full of integrity, and even, yes, truly noble. I also think our work here is noble. The people here are fun, very friendly, and have the potential to experience and share true joy.

They are curious, which means they belong to my tribe.

do you have a mentor

When I was a kid, Carl Sagan was my first example of an astronomer, and I looked up to him. Throughout my life I have been advised and helped by all kinds of people. Every day I am inspired and impressed by people, many of whom are with Goddard. But I can’t say that anyone is a real mentor to me today.

If you want to go your own way and be original, there may be no one to show you the way. You have to believe in yourself. My own curiosity drove me first.

Andrew, my husband and astrophysicist friend, is 14 years older than me. He was always ahead of me in his scientific career. He always gave me great advice and encouraged me to take risks in my life. He has always provided unwavering support.

What are some of your more interesting outreach projects?

Before joining Goddard, I worked with concept artists at NASA’s Jet Propulsion Laboratory in Pasadena, California, loosely indoctrinating ideas based on physics and astronomy.

I’m currently working with a choral composer named Eric Whitacre who wrote symphonies inspired by Hubble paintings. In his concerts, I explained astronomy in a very emotional way. I’m also producing Silent Skies at the Ford Theater, along with providing scientific explanations.

Tell us your letter.

I have always loved writing. I have been a science writer for the Christian Science Monitor for many years. I also wrote articles for Popular Science magazine. I just finished a book and it’s a cosmic travel guide called 111 Places You Must Visit in the Universe.

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michelle thaller tattoo on arm | Does Michelle Thaller Have Any Tattoos? Meanings Explained