Researchers reveal that plasmons in boron-doped diamonds are driving advances in electronics, optics and quantum computing.

Electrochemical stimuli-responsive materials are gaining more attention in the world of display technology. Based on external ...

Google TV is one of the best streaming platforms out there, running on everything from smart TVs to the best streaming devices, and Google TV Streamer. This web-connected OS is built to make ...

What Does It Mean to Be Trans? Transgender is a general term that describes people whose gender identity, or their internal sense of being male, female, or something else, does not match the sex ...

To measure R K with high precision, physicists use the fact that it is related to the quantized values of the Hall resistance of a two-dimensional electron system (such as the ones that form in ...

I review privacy tools like hardware security keys, password managers, private messaging apps and ad-blocking software. I also report on online scams and offer advice to families and individuals ...

The dark web isn't something you can just stumble upon, and that's a good thing. Sites on the dark web can contain potentially catastrophic pitfalls in the form of illegal activity, phishing links ...

Boron contains one less electron than carbon, allowing it to accept electrons. Boron essentially opens up a periodic electronic “hole” in the material that has the effect of increasing the ability of ...

Recent technological advances have enabled the development of increasingly sophisticated and energy-efficient displays for electronic devices. To further improve existing displays and create even more ...

N-doped mesoporous graphitic carbon support. (Image: Center for Smart Block Copolymers, POSTECH) The researchers discovered that both the physical structure and electrical properties of the carbon ...

The study is published in Nano Letters. Such electron seas are typically found on the surfaces of metals or materials with metallic properties. In this case, the material was graphene—a so ...