How Lego Bricks shaped my career at NIST

The first Lego Kibble prototype for stability, developed in a modest building nicknamed “Nonmag”, is a small laboratory tucked away within the romantic southwest district of Gaithersburg, Maryland, Campus . Again, it was simply us and the deer. Usually a raccoon. Usually a ninja hunts turtles. Less complicated occasions earlier than turning into more modern labs, as you get to know them, like the ones you see in the movies.

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I'm a millennial, lol, which goes along with

Merriam-Webster Dictionary Parody movie poster has a large hand reaching down to touch a miniaturized scientific device. I am a “certain person born in the eighties or nineties.” For me, being a millennial means belonging to a cult-like group within a large present-day adult population whose seemingly random phrases like Rugrats, Duncaros, Charizard, Spice Ladies and “Time for Morphine” can spark excessive nostalgia and reboot our brains back into The actual golden days of popular culture. Like many '90s kids, I grew up lifting my tamagotchis, scraping my knees as a result of my refusal to put on lame knee pads when skating, reworking Transformers, and terrorizing my sister with animated Teenage Mutant Ninja Turtles.

Unfortunately, the vast majority of millennial children's issues haven't moved time to transcend generations, along with LEGO bricks… and possibly Pokémon. What does transcendence mean? Let's simply say I can have a full conversation with a modern 8-year-old on these two topics (stop judging!). In truth, Legos were round because the 1950s, so even Boomers and Gen Xers who study this might experience some flapping. So what's up with Legos that's so tempting? On Earth, every brick is fairly ordinary, but replaying a huge field of Legos can keep any busy kid from Yes – I will say – many years. I spent my youth building structures out of Legos. Then I grew up and spent my adulthood… building Lego buildings. (I know there are a lot of you in the market who are studying this and can relate)

Parody movie poster has a large hand reaching down to touch a miniaturized scientific device.

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I keep in mind that it was a cloudy day (with a chance to eat balls meat) back in 2013 when my department head at the time, Carl Williams, walked into our lab at the place we were building the NIST-4 Kibble, a super-accurate machine for measuring the mass of a kilogram on the spot by means of Planck's constant – a quantity A completely unsteady thing found in quantum physics relates the strength of a photon to its frequency. Well, now back to the fun stuff. Karl directed that our crew should make a LEGO scale model of the 2.5 meter high monster for a tool to help demonstrate the easy and elegant Kibble principle for educational outreach functions. The concept impressed the Director Emeritus of the International Bureau of Weights and Measures (BIPM), who built a toy model at home with his younger grandson to illustrate the geometry and physics behind the instrument. Our overall crew didn't know how you could respond to these marching orders. We put our greatest poker faces on in an effort to impersonate critical adults, but as soon as Carl left we started playing, sorry, I mean “work”.

Step 1: Order Legos. Not So Fast: An order for games with taxpayer money? Forces that have been confused and questioned… which means more ambiguity in the papers to explain why these weren't toys, however, they were in fact legitimate scientific tools.

Step 2: Use a little bit of the inside and start stacking the bricks. ♪ All pieces are superior ♪.

Step 3: Do extreme things like wind electromagnets and software electronics to regulate the stability of the Lego Kibble. Then do additional adult things like describe this tool that is no longer a game but rather a science and publish the endings in a peer-reviewed journal.

Throughout the written portion of Step 3, our crew's lead physicist, Stefan Schlaminger, who is at best a huge fan of beautiful hardware and open source, pushed us to create an addon to the paper consisting of a complete history of everyone from Lego bricks and the various Inspector Gadget tools we used to build a mannequin, simply in case there are any geeks on the market who care enough to duplicate our widget. (Spoiler alert: They did!)

Parody movie poster has a large hand reaching down to touch a miniaturized scientific device.

Photographs Among the many DIY Kibble scales around the world that have admired the NIST-created Lego stability. Backside intact is a pupil in the center who discovered to wind his personal electromagnet on a spindle while building his stability. As you will see, many innovative designers have turned away from LEGO bricks to discover different strategies for mechanical manufacturing.

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Photo illustration by B . Hayes/NIST

and The American Journal of Physics not only accepted our manuscript, they sprayed it on the quilt. We also got to shoot a goofy commercial-style video about Lego stability. With these two vehicles for science communications, stability quickly reached Britney status in 2001, and art media stores were reporting on equipment. At the same time, college students, lecturers, and professors began creating their own Lego scales based on our item history, allowing your little one to appear again, all while honing their measuring abilities. Even the BIPM has a NIST Lego stable in its showroom!

I'm proud, but for a cause. Normally, we as metrologists are so deep in our personal rabbit holes measuring the 9th decimal place of the Planck constant that we lose sight of the surface to encourage the later age of metrologists. So keep in mind all the time to eat healthy, drink water, and devise ways to share to showcase your amazing experiences to the most people, in the clear.

Few of the information stores reported on the efforts of our staff. Prime left is among the hooded pages of the American Journal of Physics. Take that dad! All the time he asks me to give up participating and do my homework…just kidding! Thank you for purchasing LEGO.

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Photo illustration by B . Hayes/NIST

Lego Stabilizer subconsciously implanted a seed into our brains to increase this instrument tabletop effort . Can we outwit this bogus game and develop a measuring instrument that might help get this knowledge into the fingers of calibration labs across the country? Just one strategy to find out:

♪ 4, repeat steps 1 x 3 ♪: Ditch the Legos, unfortunately, and do it again along with additional high-tech items this time around.

Enter KIBB-g1.

KIBB-g1 was the first generation Kibble tabletop stabilizer, which may immediately notice (measurement terms) a large amount of grams up to 6 digits, suggesting if the raisins are placed on Stability, it might tell you if it's 1.000000 or 1.000005 grams or not – without reference to artifact calibration weights or not. This tabletop model caught the attention of my colleagues within the NIST on a Chip (NOAC) program. Although mass measurement is not currently at a wafer scale – and never will be – we have been able to reduce the dimensional stability of a cable by orders of magnitude to stay on a desk. The scale discount was enough for NOAC to add us to its roster, which means seeing with its growth buds, along with the protection department.

Pegboard collage labeled

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Fast forward instantly. We teamed up with the U.S. Army to develop the KIBB-g2, a second-generation Kibble tabletop, as well as U.S. Air Compressors to develop a Kibble-based regular torque wrench, but that's another story for another day. Along with the best way we've grown to be friends are with parents at NIST Know-How Partnerships Workplace, who've been an amazing help navigating us through our constant search for a business buddy to commercialize these two devices. In the long term, commercial differences for these two tasks may reduce inefficiencies associated with the current mass and torque meter infrastructure. Which means that sooner or later, you may simply see a proper Kibble settling right there on the deli meat portion of your original retailer, after Lunchables. The mass and torque jigsaw using knowledge of Kibble stability is daunting but nonetheless the prices are trending lower. As I sit at my desk at my workplace and look back, I see a Lego settling on a windowsill, a relentless reminder of the big dream and {that} a fun project that can (hopefully) transform the world of knowledge.

Stay impressed my friends.

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