Ideal for both personal use and work environments, this smart lock opens as if by magic. And now it has a lower price, too.
Intel, GlobalFoundries and other chipmakers have built massive facilities to manufacture more powerful computer chips. It's all part of a race to prove they can keep pace with Moore's Law.
A new type of fabric is designed to collect and store static electricity in order to give your personal devices a power boost.
New videos shed light on the material and processes that Apple used to try to distinguish its smartwatch lineup from the competition.
Confused about quantum dots, HDR, MEMS and other new TV tech? Here's what all of 2015's TV buzzwords mean.
How can an electric field cook your dinner? Through the science of induction. In our latest Appliance Science column, we look at how induction cooktops work.
Quantum dots have been successfully 3D printed into a contact lens, allowing the lens to project beams of light.
The devices we all rely on continue to evolve radically. So why has the battery industry failed? Here's how you can take charge.
Researchers at Princeton University have developed a 3D printer that can print LEDs in layers -- and it could one day print contact lenses that incorporate heads-up displays.
Discover dancing fluorescent droplets, crystal gardens and watery clouds of chemicals in this new video compilation from BeautifulChemistry.net.