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Singaporean scientists have discovered that salt can arrange the magnetic grains in your normal hard drive in a more orderly fashion. Letting you have instead of a 1tb hard drive have a 6tb hard drive, The best part is that the upgrade means it is not expensive seeing how its just salt.

Remember those faster-than-light neutrinos? Great, now forget 'em. "A week ago the world went wild over CERN's tentative claim that it could make neutrinos travel faster than light." Now however a team of scientists at the  University of Groningen in the Netherlands have come up with an explanation on why neutrinos are not faster than light. The GPS satellites used to measure the departure and arrival times of the racing neutrinos were themselves subject to Einsteinian effects, because they were in motion relative to the experiment. Thus if the error was recalculated the error would have been by 64 nanoseconds, the number neutrinos supposed to beat photons by. 

In this article it talks about how computers are a bigger threat to the enviroment than SUVs! They say that because a lot of computers are not very energy effeicient and they waste a ton of electricity. And in the report, An Inefficient Truth it says that with mopre than 1 billion computers on the planet they are responsable for about 2% of human carbon dioxide emissions. In the article it says that one of the biggest issues is the fact that with SUVs you can clearly see that it damages the enviroment but with computers nobody really sees it as a problem so nobody tries to fix it. I can certainly see that computers are a problem for the enviroment and the biggest issue is that they can only grow in size.

The article is an excerpt from "Instant: The Story of Polaroid" by Christopher Bonanos. The Polaroid is described as 'that thing that happened before Instagram happened' in the comment proceeding the excerpt. The excerpt tells the tale of how the first Polaroid camera was revealed to the public in 1947 at a scientific meeting of the Optical Society of America by Edwin Land. It is a story of innovation and breakthrough. Previously, cameras would produce negatives on film which would be sent to labs, or developed in home-made darkrooms. This process was difficult, time consuming, and could potentially fail. The Polaroid would change all that. Land took a picture of himself and set a 50 second timer for it to develop. He described how a thick chemical reagent was being reacted with the negative, the same stuff that normally went down a darkroom drain. This was one of Land's biggest breakthroughs. With the 50 seconds up, he peeled back the print, revealing a sepia (or as we described it: a browned-up-a-notch) portrait of himself. This was monumental. A process which normally took a week was done in under a minute. The story of the instant camera raced across America, landing Land in the New York Times and Life magazine. This article relates to the present, where cameras are generally smaller and predominantly digital. As a class, we recently watched a video on micro-technology. Over the years, scientists and engineers have been on the constant struggle to make things smaller, faster, and more efficient. The camera is no exception. Today's cameras contain microchips and processors of their own, in a compact space. Recent Polaroids can print in colour. In a world driven by invention and innovation, many new things may be introduced in our life time. Perhaps one will be as impactful as the Polaroid camera.

the emoticon is almost 30 years old. Twenty-nine years ago, Scott Fahlman, a computer scientist at Carnegie Mellon University, first proposed a colon, hyphen and bracket as a way of conveying emotional meaning via plain text. now it has evolved into hundreds of different ways to convey emotions associated with texts