The Leap looks to establish a new generation of BlackBerry fans.
How does the ice maker in your fridge crank out ice cubes repeatedly for years at a time? Appliance Science looks at how the ice maker in your refrigerator works.
What do rockets have in common with your dishwasher? How does your dishwasher tell when the dishes are clean? Appliance Science looks at the physics that help get your dishes clean.
At Build 2015, Microsoft shows how HoloLens integrates digital objects with real-world objects in a single environment.
HEPA air filters promise to take nasty things out of the air, removing cigarette smoke, pollen and other irritants. How do they do this? Appliance Science looks at how HEPA air filters work, and how to tell the real from the fake.
What happens when engineers make coffee? Espresso. Appliance Science looks at the physics of this beloved (and reviled) coffee drink.
A different approach to heat can make a big difference in the taste of food. Appliance Science looks at the warm (but not boiling) physics of sous vide cooking.
The awesome zapping power of a laser cutter is harnessed to dispose of an invading space army in fiery style.
How can a fan make things cook quicker? It's all about the physics of circulating air. Appliance Science looks at how convection ovens work.
Unveiled at MWC 2015, the BlackBerry Leap runs the new 10.3.1 OS, and is equipped with a 5-inch HD display and 8-megapixel camera.