At viralsun we are dedicated to informing the world about the latest innovations mainly in the technology world that we presume will greatly determine our future as the dot com generation.
The Advanced Institute of Science and Technology (KAIST) have developed an electric transport system where the vehicles get their power needs from cables underneath the surface of the road via non-contact magnetic charging. Besides potentially saving Korea a lot of money by reducing crude oil imports, widespread adoption of the technology also offers the potential of improving air quality in currently polluted cities for example those in China. The drive towards adoption of the electric vehicle as a popular and viable means of transport is beginning to highlight a few potential road blocks which may not be enough to halt progress but may require some inventive thinking. Limitations on battery size and power, the issue of battery weight, the range of an electric vehicle between charges, how long it takes to recharge the batteries, and not forgetting the availability of charging points and who foots the bill - all currently hot topics in the world of electric vehicle creation. ...
You’ve probably heard of the molecular scalpel CRISPR-Cas9, which can edit or delete whole genes. Now, scientists have developed a more precise version of the DNA-editing tool that can repair even smaller segments of a person’s genome. In two studies published this month, one in Nature and another in Science , researchers from the Broad Institute of MIT and Harvard describe a new way to edit DNA and RNA, called base editing. The approach could one day treat a range of inherited diseases, some of which currently have no treatment options. The human genome contains six billion DNA letters, or chemical bases known as A, C, G and T. These letters pair off—A with T and C with G—to form DNA’s double helix. Base editing, which uses a modified version of CRISPR, is able to change a single one of these letters at a time without making breaks to DNA’s structure. That’s useful because sometimes just one base pair in a long strand of DNA ...
So I have occasionally suffered from sleep during my lectures and studying periods until when it finally hit me. For some reason, if you just keep breathing, I mean breathing consciously (Oh God I know you aren't dead and are obviously breathing), you don't fall asleep hihihi. This really sounds stupid. If anyone out there wants to try it, please try and help me confirm that it actually works. So it turns out, for you to sleep, you must actually sort of hold your breath for a while, then blackout. I mean, at that moment of blacking out, you actually do hold your breath. Well, so all you have to do now is to make sure you don't hold your breath- like at all, and you are all set.
Comments
Post a Comment