Chemistry Ph.D. Student Turned Her Thesis Into a Comic Book

Mention the word “quasicrystals” and everyone will immediately know what you’re talking about, right? Probably not. University of Wisconsin-Madison chemistry Ph.D. student Veronica Berns recognized this conundrum when she began working on her thesis. Berns wanted to share her work with friends and family, but she struggled to find an accessible way to do so. Eventually, she decided that the best way to explain these divergent crystals was to diverge from the normal thesis form herself– and thus her chemistry comic book, Atomic Size Matters, was born. 

Berns’s family has a history of doodling and sharing comics, so what better way for her to involve her parents than with a medium with which they were all comfortable? At her graduation last year she surprised her parents with a comic book filled with cartoons, humor, and simple comparisons to describe her complex work. She purposely focused more on doodles than polished illustrations, telling the Associated Press that she “wanted it to be like I’m explaining [it] on the back of an envelope.” Atomic Size Matters was a big hit, and not just with Berns’s family.

Berns’s adviser, Danny Fredrickson, said that she was the first of his students to construct her thesis in an artistic way. In response to the question, “How would you communicate this to someone that doesn’t do science?,” he replied, “This. This is it!” Berns thought that perhaps others would be interested in her comic as well, and started a Kickstarter campaign to raise money to print a small batch of the books. Berns raised over $14,000, more than twice what she had asked for, which helped her realize the vital role that her book could play in the learning process. “It’s really important, now more than ever, to talk about science in an accessible way,” she noted. 


Berns now works as a chemist in Chicago, but she still finds time for doodling. Her latest project is a blog explaining the work of Nobel Prize winning scientists, which can be found on her website, VeronicaBerns.com.

[via The Big Story]

Turn Your LEGO Bricks Into a Drone With the Flybrix Drone Kit

Flyxbrix/FatBrain
Flyxbrix/FatBrain

Now more than ever, it’s important to have a good hobby. Of course, a lot of people—maybe even you—have been obsessed with learning TikTok dances and baking sourdough bread for the last few months, but those hobbies can wear out their welcome pretty fast. So if you or someone you love is looking for something that’s a little more intellectually stimulating, you need to check out the Flybrix LEGO drone kit from Fat Brain Toys.

What is a Flybrix LEGO Drone Kit?

The Flybrix drone kit lets you build your own drones out of LEGO bricks and fly them around your house using your smartphone as a remote control (via Bluetooth). The kit itself comes with absolutely everything you need to start flying almost immediately, including a bag of 56-plus LEGO bricks, a LEGO figure pilot, eight quick-connect motors, eight propellers, a propeller wrench, a pre-programmed Flybrix flight board PCB, a USB data cord, a LiPo battery, and a USB LiPo battery charger. All you’ll have to do is download the Flybrix Configuration Software, the Bluetooth Flight Control App, and access online instructions and tutorials.

Experiment with your own designs.

The Flybrix LEGO drone kit is specifically designed to promote exploration and experimentation. All the components are tough and can totally withstand a few crash landings, so you can build and rebuild your own drones until you come up with the perfect design. Then you can do it all again. Try different motor arrangements, add your own LEGO bricks, experiment with different shapes—this kit is a wannabe engineer’s dream.

For the more advanced STEM learners out there, Flybrix lets you experiment with coding and block-based coding. It uses an arduino-based hackable circuit board, and the Flybrix app has advanced features that let you try your hand at software design.

Who is the Flybrix LEGO Drone Kit for?

Flybrix is a really fun way to introduce a number of core STEM concepts, which makes it ideal for kids—and technically, that’s who it was designed for. But because engineering and coding can get a little complicated, the recommended age for independent experimentation is 13 and up. However, kids younger than 13 can certainly work on Flybrix drones with the help of their parents. In fact, it actually makes a fantastic family hobby.

Ready to start building your own LEGO drones? Click here to order your Flybrix kit today for $198.

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How the Trapper Keeper Trapped the Hearts of '80s and '90s Kids

Courtesy of Cinzia Reale-Castello
Courtesy of Cinzia Reale-Castello

No matter when or where you grew up, back-to-school shopping typically revolved around two things: clothing and school supplies. And if you’re an adult of a certain age, you probably had a Trapper Keeper on that latter list of must-buy items.

Like the stickers, skins, and cases that adorn your smartphones and laptops today, Trapper Keepers were a way for kids to express their individual personalities. The three-ring binders dominated classrooms in the '80s and '90s, and featured a vast array of designs—from colorful Lisa Frank illustrations to photos of cool cars and popular celebrities—that allowed kids to customize their organizational tools. 

In this episode of "Throwback," we're ripping open the Velcro cover and digging into the history of the Trapper Keeper. You can watch the full episode below.

Be sure to head here and subscribe so you don't miss an episode of "Throwback," where we explore the fascinating stories behind some of the greatest toys and trends from your childhood.