Submitted by Deborah Lee Rose on Mon, 11/02/2015 - 13:24
Helping teens recognize type 2 diabetes and make healthier lifestyle choices is the theme of the new, free “I Got This” interactive story app from UC Berkeley's Lawrence Hall of Science. Now available on iOS and coming soon to Android, the story is told through the eyes of a teenage girl who learns she has type 2 diabetes.
Submitted by Deborah Lee Rose on Tue, 06/30/2015 - 12:08
Just in time for summer, plunge into the fun science of lakes, rivers, creeks, and ponds with the new DIY Lake Science app. Get wet—or not—as you investigate freshwater ecosystems and their importance to all life on Earth. Using inexpensive, everyday materials, the app lets learners explore freshwater science outdoors or indoors, anywhere they live, go to school, or even travel on vacation.
Submitted by Deborah Lee Rose on Fri, 06/05/2015 - 09:17
A baby seal that calms people who touch it...a rover that carries out rescue missions through fire or after an earthquake...a mechanical arm controlled by the thoughts of an injured human...What do these have in common? They're all robots with potential for helping people.
Submitted by Deborah Lee Rose on Sat, 05/16/2015 - 11:25
Enrich summer reading with connections to STEM and history! Here are ten books, both nonfiction and fiction, to link with Howtosmile.org activities about science and history around the world.
1) The Kite That Bridged Two Nations and SMILE's Sled Kite activity;
Submitted by Deborah Lee Rose on Wed, 05/13/2015 - 16:10
Summer means picnics! In the park, at the beach, even inside on a rainy day, pack math and science fun in your picnic basket with Howtosmile.org activities. Combine STEM explorations about whatever you like best—food, kites, sand, animals and lots more—to turn a picnic anywhere into a whole new summer learning adventure.
Submitted by Deborah Lee Rose on Tue, 03/31/2015 - 11:48
How do you diagnose and help a three-eyed monster with a heart problem? That's the challenge and fun in the new, free Monster Heart Medic iPhone/iPad app, now available in the App Store. This educational adventure game uses animated monster stories, interactive simulators, arcade games, virtual diagnostic tests and more to explore the cardiovascular system and how it's affected by healthy living.
Submitted by Deborah Lee Rose on Mon, 03/02/2015 - 20:26
If you do one thing for the environment in 2015, it could be to help clean up and prevent plastic trash from polluting our oceans. More than 5 trillion pieces of plastic may be floating—and sinking deeper—in the world's oceans, according to scientists. This marine debris includes toys, toothbrushes, bottles, plastic bags, fishing nets and other items that break down into smaller pieces and are carried around the globe by ocean currents and waves.
Submitted by Deborah Lee Rose on Tue, 02/03/2015 - 13:24
What keeps the blood in your body moving in one direction? How do your lungs pull air in and push air out? Why does your nose make sticky snot while your intestines make smelly gas? Discover how your body really works with the new, free DIY Human Body app. The app uses everyday items to let you explore your body's complex machinery in 13 fun, hands-on STEM activities.
Submitted by Deborah Lee Rose on Thu, 01/29/2015 - 10:09
Getting kids to move while they're learning science can help them visualize and "experience" processes like cell division, energy transfer, circulation and planetary motion. Kinesthetic STEM learning becomes not only hands-on, but feet-on and body-on as learners' own movements simulate cells or body systems, atoms or machines. Celebrate the 5th anniversary of Let's Move! in February 2015 with Howtosmile.org explorations that use physical activity to model scientific processes and principles.
Submitted by Deborah Lee Rose on Tue, 12/30/2014 - 09:34
The advent of 3-D printing is transforming how astronauts work in space. Recently, astronauts on the International Space Station created a tool known as a ratchet wrench, by printing it on the space station's own 3-D printer. A design file sent electronically from NASA on Earth to the ISS instructed the printer to create the wrench from 104 successive layers of plastic.