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Teachers Parents Students

Red, White, and Blue with Soft Circuits

When you combine your circuitry know-how with fabric, you can, literally, wear your electronics on your sleeve.

Red, white, and blue monster soft circuit patch
Above: this little monster is a fun and kid-friendly electronic textile patch that lights up red, white, and blue!

There will be plenty of loud, booming, and colorful nighttime celebrations for this week's 4th of July. Even before the sun goes down, the sounds of fireworks begin, sometimes starting days in advance of the official holiday. The Discover the Flaming Colors of Fireworks family science activity is a great way to get hands-on with a science investigation that helps kids hook science to the anticipated fireworks finale, but you don't have to set something on fire to create a portable burst of celebratory color and light!

While you wait for your local Independence Day fireworks display to start, you (and your kids) can create your own red, white, and blue light-up display, one you can wear, wave, or carry. With a needle, some conductive thread, and a few electronics parts, you can sew your own lighted soft circuit to show off your national pride.

The LED Dance Glove project guides students in creating an introductory soft circuit. Also known as a wearable textile, electronic textile, or e-textile, this kind of fabric- and thread-based electronics project approaches wiring and circuitry from a new—softer—angle. Sew the components in place, being careful not to cross threads and keeping positive and negative traces separate, and you can add electronics to clothing or other fabric items.

The glove in the project can be used to create cool light effects in the dark. (See the project background information to learn more about competitions involving LED glove light shows!) Change things up a bit, and you can create your own gloves for the 4th of July using a combination of red, white, and blue LEDs or white gloves. Or, use the same general e-textiles approach and add an LED soft circuit to a backpack, a jacket, wrist band, or hat.

The LED Dance Glove project at Science Buddies features a simple circuit with an on and off switch, a coin cell battery holder, and some Lilypad LEDs. The project requires no programming (the lights are either flipped on or off), so the project is a great first step in designing and sewing wearable electronics. Sew the elements of the circuit in place, flip the switch, and wear your science with pride!

Science Buddies Science Activities

Science Buddies Summer Science Roundup


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School and family science weekly spotlight: melting ice chemistry.

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City parklets provide interesting challenges for engineers, designers, and planners. With software from Autodesk and a fun Digital STEAM Workshop challenge, students can design their own parklets and see what is involved in reimagining a few parking spots as a social space.

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As the number of medications continues to rise, pharmacists play an increasingly powerful role in helping ensure patient wellbeing, safety, and quality of life. Beyond an apple a day, feeling better may require advice from a pharmacist!

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Visual illusions and other optical puzzles are fun for families to share and explore. With hands-on science projects and activities, students can create and test their own visual illusions--including a cool infinity mirror!

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School and family science weekly spotlight: the science of marinades



Your Science!
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