Funsize Physics

Funsize Physics

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Funsize Physics is a web resource created by real live scientists to showcase the wonder, beauty, and potential of cutting-edge materials research.

31/10/2025

Glaciers have shaped the face of our planet for millennia, developing over hundreds and thousands of years as layers of snow compress into solid ice. So… what does that have to do with Flubber? In our latest post, Justin Burton and Alex Vargas explain the surprisingly similar physics of glaciers and Flubber, and teach you to make your own! Join us, and build your intuition for how real glaciers behave. https://funsizephysics.com/flubber-and-flow/

01/10/2025

Did you know that sharing your work with others can reignite your passion for it? Check out our very own Jocelyn Bosley on the Science with Impact podcast and join in the quest to make complex physics accessible and inspiring!
https://youtu.be/cETuRZxym4Y?si=cffvluuWnhqBD7CY

Polymers at Play: Make your own Silly Putty! 28/08/2025

There is some serious science behind Silly Putty! This classic toy gets its unique properties from materials you can find around your house or at the grocery store. Click to learn how you can make your own Silly Putty at home and try some fun experiments to investigate its properties!

Polymers at Play: Make your own Silly Putty! Silly Putty can be squeezed, molded, bounced like a ball, imprinted on books, dropped, rolled, and some scientists even use it to model glaciers! How can one material do so much?? Silly Putty belongs to a class of materials called viscoelastic—a combination of "viscous" and "elastic." Read on to l...

16/03/2025

Are you attending the American Physical Society's 2025 Global Physics Summit? Want to learn how you can help share the joy of physics with the world? Join us Wednesday night for food, door prizes, fun and fellowship at the FIRST-EVER Funsize Physics Hackathon!

Photos from National Science Foundation (NSF)'s post 23/12/2024
22/08/2024

Ferroelectric materials move charges like players on a volleyball court, but they've struggled to work with silicon—until now. Enter hafnia, a game-changing material with the potential to revolutionize electronics! 💾✨

New research reveals that larger grains of hafnia enhance its ferroelectric properties, making it a powerful contender for the future of tech.

Curious? Dive into our latest post to learn more! 👉 https://funsizephysics.com/grain-power/ 🧠⚡

17/04/2024

Physics and physics-adjacent friends! 🙌
Please share this event with your networks and register here: go.unl.edu/may-2024-funsize-webinar

29/02/2024

Funsize Physics was born on February 29th, 8 years ago. Does that make today our 2nd birthday, or our 8th??? Weigh in on our twitter page by voting on our poll!

Also, check out our brand new instagram page! You can find us

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