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"Two new tiny wearable motion sensors are on the loose, backed by Web sites that graph the collected data on daily activity for your motivational pleasure."

Virtual Knee Surgery; Open Heart; Bet the Farm; Simple Machines, Zoom: Travel to a Star and Back to Earth; Drag: Parachute from the Stratosphere; Waterski over the Sharks; Stop: Practice Stopping at Vehicle Intersections; Go: Motion Madness; Tnagram Challenge

Archival Collection: The March of Time® From 1935 to 1967, Time Inc's newsreel series, "The March of Time®" chronicled the events of our lives. The March of Time® separated itself from its competitors using its trademark "pictorial journalism," mixing highly-produced, long-form, documentary-style stories with dramatic re-enactments. These award-winning motion pictures recorded global events and brought them to big screens around the world and then later, television. The collection also contains historic footage dating back to 1913.

PhotoFilmStrip creates movies out of your pictures in just 3 steps. First select your photos, customize the motion path and render the video. There are several output possibilities for VCD, SVCD, DVD up to FULL-HD

"There are a variety of iPad apps that teachers can use to create different kinds of video materials. In this post, you will get to learn about the apps you can use to create different video projects. I have divided the video categories into three main sections: apps for creating tutorials for flipped classroom, apps for creating stop motion videos, and apps for creating documentary videos."

"Adam Savage is no stranger to mixing science with whimsy. With his hit show Mythbusters, he and partner Jamie Hyneman have tackled everything from shark attacks to death rays. Of course, that show can't film all the time. To fill the other hours in the day, Savage runs a web series called Inside Adam Savage's Cave, where he does experiments, shows off oddities, and generally makes merriment. In today's episode, Savage has invited animator Marty Cooper into his cave to talk about traditional hand-drawn animation and augmented reality cartoons. The best part? All of the animation is made with an iPhone. Using the app StopMotion Recorder, a series of by-hand drawings made on transparencies, and a little bit of time, Savage and Cooper are able to create a few glorious stop-motion cartoons that delightfully float in the real world."

"Physics 4 Kids is a great resource packed full of basic lessons covering different key concepts of physics. You can use this resource to expand students knowledge of physics and to also initiate them to those physics concepts you are planning to teach them in class. Physics 4 Kids provides students with  guided tours that they can use by themselves to learn about physics. To make things easier, the site embeds visual aids and video tutorials to enhance students understandings. Some of the core physics ideas the site covers include: motion and mechanics, electricity and magnetism, modern physics, light and optics and many more. "

"McPherson Square Library, a site that launched Maker programming just last month, held a Fall Festival this past weekend. Maker Jawn was invited to attend and host an activity table. Gavin and I went, ready for some animation with a set of iPads and a big box of Play Doh. We decided to do stop motion animation because the event was projected to have hundreds of attendees and from experience we know that this activity is usually a crowd-pleaser, and one that doesn't require a lot of consumable supplies. Because the theme of the Festival was food and nutrition related, Gavin brought a recent plaster cast of his teeth, which proceeded to eat all different kinds of Play Doh creations."

"I didn't think 2015 would be the year I created a teen maker space, but it was-and it turned out to be an exciting, challenging, and rewarding experience. After six months of planning, our maker space at the Public Library of Mount Vernon and Knox County, Ohio, where I am the YA services coordinator, opened last month. How did it come together? Organically. It began during our teen summer reading program seven months ago, when I hosted a few extremely popular Maker Mondays. Our children's librarian, Debbie Baker, and I created a collection of circulating maker-related titles. We also assembled 20 small circulating maker kits with Snap Circuits (kits for creating objects with electronic circuitry), stop-motion animation materials, and LEGO. These were such a hit that a dedicated maker space seemed ideal for us. Ideal-until we considered our budget and space restraints. We started planning anyway. Our process began with a lot of research, online and in person, visiting libraries and maker faires. There was heavy-duty continuing ed: online workshops and webinars, many hosted by School Library Journal. We knew that a maker space would benefit our community, but we couldn't see how to make it happen. With time and goal adjustments, we reached the finish line and launched in January."

"Excitement about 3D printing has steadily accelerated over the past decade - but this excitement has largely outpaced innovation and development in the field. As a researcher in 3D printing technologies, I've built 3D printers using all of the major technologies, as well as more experimental ones. What I've learned is that many of these technologies are composed of very well-understood materials, software problems and mechanical systems - things that engineers have been doing for decades. This, then, begs the question: Why isn't 3D printing better? Why are failure rates so high and why is reproducibility so difficult? It's clear that it's not due to working with exotic materials or advanced motion control. What's actually holding back innovation is how we think about those technologies: as separate pieces, rather than as elements of a system. "

"Creator's Studio is a 7th/8th grade elective course taught by John Umekubo, Director of Technology for St. Matthew's Parish School. This video explores the essential elements of this course, from electronics, to mechanical motion, and robotics. Students work through these three modules before taking on their own personal project. Hear reflections from the instructor and students as you view a number of sample student project"