Scopis Medical's system uses a Leap Motion to let surgeons navigate 3D models of patients as they operate—a smart use for the device, since touching a mouse (or a book) would contaminate their sterilized hands.


Control a robotic arm.

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Brian Harms, the SCI-Arc design researcher, showed off the script he wrote that uses Leap Motion to control a Staubli TX40 robotic arm. Harms uses Staublis to sculpt and design objects—and with this hack, it makes his creative process much more tactile.


Manipulate your own voice.

We had to include at least one audio app: Ryo Fujimoto, aka Japanese beatboxer Humanelectro, uses his Leap Motion to modulate his voice in real-time, making his gestures part of the performance. [via Creative Applications]

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Explore the earth.

Google announced Leap Motion capabilities in April. While we're already familiar with pinching-and-zooming to explore the globe, Leap Motion adds a bit of tactility to the experience.

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Explore the universe.

The same goes for Exoplanet, a $4.99 app that invites you to gesture your way through galaxies near and far.

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Model at the molecular scale.

Molecules is the (free!) Leap Motion version of the popular molecular modeling app. It's easy to imagine how a gesturally-controlled science app like this one could make chemistry classes more engaging.

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Paint.

Since Leap Motion first appeared on our radar, the possibilities for graphics were obvious. But it's great to see larger software companies, like Corel, developing apps for the device. [via PCMag]

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Take apart a human skull.

Another great education app—this one focused on the human head—illustrates how Leap Motion can fill in the gaps in medical education. Shortages of human cadavers are common in med schools all over the world, and the free app Cyber Science Motion Skull is designed to stand in as a replacement. With it, students can explore, dissect, and reassemble a skull from the cortex to the skin.

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What are we missing? Tell us in the comments.