Moving on from Picasa
-
*Update March 26, 2018*: The Picasa Desktop application will no longer work
online, which means that you will not be able to upload or download photos
and ...
Improvements to the Blogger template HTML editor
-
Posted by: +Samantha Schaffer and +Renee Kwang, Software Engineer Interns.
Whether you’re a web developer who builds blog templates for a living, or a
web...
Appointment Scheduling Gadget
-
From our awesome friends at DaringLabs.
[image: Powered by Google App Engine]
Yes, I want to book appointments from my blog!
Use your blog to drum up ...
BREAKING Down as in delegating job task is just-like ''making proper use'' of a scotch tape ! ...Until now, therefore, incorporating superconductor properties into semiconductors has been done only at lower temperatures, below minus 418 degrees F. To overcome this hurdle, Burch and colleagues used double-sided Scotch tape to stick a high-temperature superconductor onto a glass slide and attach it to another glass slide with a special type of semiconductor called a topological insulator taped to it. “We put one on top of the other and what happened is the high-temperature superconductivity from the superconductor bled over into the semiconductor,” Burch explained. He likened the bleeding-over effect to “static electricity, where you bring one thing to the other and they grab each other.” While the technique, today is at the gee-whiz stage, Burch said it is a stepping stone on the path to building quantum computers of the future with superconductors. Such computers, for example, will be able to break down large numbers into their prime components, making code cracking easier. A paper on the research was published Sept. 11 in the journal Nature Communications.
BREAKING Down as in delegating job task is just-like ''making proper use'' of a scotch tape ! ...Until now, therefore, incorporating superconductor properties into semiconductors has been done only at lower temperatures, below minus 418 degrees F.
ReplyDeleteTo overcome this hurdle, Burch and colleagues used double-sided Scotch tape to stick a high-temperature superconductor onto a glass slide and attach it to another glass slide with a special type of semiconductor called a topological insulator taped to it.
“We put one on top of the other and what happened is the high-temperature superconductivity from the superconductor bled over into the semiconductor,” Burch explained.
He likened the bleeding-over effect to “static electricity, where you bring one thing to the other and they grab each other.”
While the technique, today is at the gee-whiz stage, Burch said it is a stepping stone on the path to building quantum computers of the future with superconductors. Such computers, for example, will be able to break down large numbers into their prime components, making code cracking easier.
A paper on the research was published Sept. 11 in the journal Nature Communications.