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INTRODUCING

Madelyn Leembruggen

Hungry Physicist & Science Communicator

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Madelyn Leembruggen

PhD Candidate in Physics,

Harvard University

BS in Astro/Physics &

BA in Mathematics,

University of Cincinnati

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About

About

My speciality is the physics of the everyday.  Whether it's the culinary chemistry that fills our bellies, the material properties that built our world, or the engineering marvels that fuel our transportation, I love revealing the science and technology that underpin our modern lives.

In May 2024, I'll graduate from Harvard University with a PhD in theoretical soft matter physics. My dissertation is at the intersection of soft condensed matter physics and material science; I've built simulations of thin materials in order to study how paper crumples! As a PhD candidate and freelance educator, I have taught science to middle schoolers through graduate students in a variety of formal and informal settings, and developed research talks from 2 to 90 minutes long for audiences from general to technical.

I am dedicated to making STEM an equitable, inclusive, and accessible space for people from all backgrounds. To this end, I co-founded and am President of  A World of Women in STEM, an online learning space dedicated to celebrating past, present, and future women+ in STEM fields. 

Education & Experience

Science Communication

I am a researcher turned science communicator, intent on telling stories that center the human process of discovery. Drawing inspiration from history and the natural world, I use humor and compassion to demystify science. Video is my favorite medium, but I also work in written and audio formats.

MIT Professor Explains Nuclear Fusion in 5 Levels of Difficulty | WIRED
24:30

MIT Professor Explains Nuclear Fusion in 5 Levels of Difficulty | WIRED

Nuclear fusion underpins some of the most basic processes in our universe and holds the promise of virtually limitless, clean, carbon-free energy. Dr. Anne White, Professor of Nuclear Science and Engineering at The Massachusetts Institute of Technology, has been challenged to explain the nature of nuclear fusion to 5 different people; a child, a teen, a college student, a grad student, and an expert. Director: Wendi Jonassen Director of Photography: Jim Petit Editor: Louville Moore Host: Dr. Anne White Guest: Level 1 - Amelya Salva; Level 2 - Marianna Noel McCallum; Level 3 - Yash Bhora; Level 4 - Madelyn Leembruggen; Level 5 - Dr. Pablo Rodriguez-Fernandez Creative Producer: Maya Dangerfield Line Producer: Joseph Buscemi Associate Producer: Paul Gulyas Production Manager: D. Eric Martinez Production Coordinator: Fernando Davila Casting Producer: Nicholas Sawyer Camera Operator: Brian Galford Sound Mixer: Tim Haggerty Hair & Make-Up: EIeni Koutloumpasis Post Production Supervisor: Alexa Deutsch Post Production Coordinator: Ian Bryant Supervising Editor: Doug Larsen Additional Editor: Paul Tael Assistant Editor: Andy Morell -- 0:00 5 Levels of Nuclear Fusion 0:29 Level 1: Child 5:03 Level 2: Teen 9:27 Level 3: College Student 13:52 Level 4: Grad Student 19:33 Level 5: Expert 24:11 Conclusion Still haven’t subscribed to WIRED on YouTube? ►► http://wrd.cm/15fP7B7 Listen to the Get WIRED podcast ►► https://link.chtbl.com/wired-ytc-desc Want more WIRED? Get the magazine ►► https://subscribe.wired.com/subscribe/splits/wired/WIR_YouTube?source=EDT_WIR_YouTube_0_Video_Description_ZZ Follow WIRED: Instagram ►►https://instagram.com/wired Twitter ►►http://www.twitter.com/wired Facebook ►►https://www.facebook.com/wired Get more incredible stories on science and tech with our daily newsletter: https://wrd.cm/DailyYT Also, check out the free WIRED channel on Roku, Apple TV, Amazon Fire TV, and Android TV. ABOUT WIRED WIRED is where tomorrow is realized. Through thought-provoking stories and videos, WIRED explores the future of business, innovation, and culture.

Physics Research

My graduate work at Harvard University was at the intersection of soft condensed matter physics and material science, exploring deformations of thin sheets. Specifically, I studied how paper crumples and ribbons wrinkle! I built simulations in C++ to model very thin materials, and used Python to visualize the results of our simulations.

Skills & Languages

As an undergraduate at the University of Cincinnati, I studied theoretical cosmology, focusing on dark matter candidates such as the axion and other axion-like particles. I used pencil and paper (and a LOT of chalk) to calculate the gravitational stability of structures that these hypothetical particles might form.

Papers related to these topics can be found on my publications tab.

Awards & Interests

Fellowships & Awards

2023 Jackson Wild Media Lab Fellow

2021 Harvard Physics Excellence in Teaching Prize

2020 Harvard Physics Graduate Leadership Prize

2018 Ford Foundation Pre-Doctoral Fellow

2018 National Science Foundation Graduate Research Fellow

2018 Presidential Leadership Medal of Excellence, Univ. of Cincinnati

2018 Eleanor Hicks Outstanding Female Senior Award, Univ. of Cincinnati 

2018 Helen Weinberger Award, Univ. of Cincinnati Phi Beta Kappa Society

2018 Leroy Apker Award finalist, American Physical Society

2017 Barry M. Goldwater Scholar

2017 Chapter Junior Award, Univ. of Cincinnati Phi Beta Kappa Society

2016-2018 Violet M. Diller Scholarship, Univ. of Cincinnati

2014-2018 Cincinnatus Academic Scholarship, Univ. of Cincinnati

Skills

Academic

Python & C++

Data Analysis

Grant Proposals

Workshop Facilitation

LaTeX

Media

Video Production

Science Writing (Lay & Technical)

Curriculum Creation

Premiere ProLightroom, & Photoshop

Word, PowerPoint, & Excel

Contact me
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