Europol and US authorities have seized 292 domains linked to selling counterfeit goods. Those domains no longer link to the sites in question and now display a page educating visitors about counterfeit goods. The operation, for which no arrests have yet been made, was done in an attempt to avoid consumers inadvertently purchasing fake and sometimes dangerous rip offs of famous brands in the run up to Christmas. The sites behind the domains are still up and running, but it’s believed the seizure of the domains will serious hamper traffic to them.
“The infringements of intellectual property rights is a growing problem in our economies and for millions of producers and consumers. Europol is committed to crack down on the criminal networks responsible.” – Rob Wainwright, director of Europol.
1,829 domains have been seized as part of the “In our Sites” operation which has been running since 2012.
First of all, carbon nanotubes, or CNTs, are allotropes of carbon with a cylindrical nanostructure. Short version of the story, they are favorable materials in nanotechnology, electronics and optics for their unusual and extraordinary properties in terms of thermal conductivity, mechanical and electrical properties. You can read more about them here. The problem is that it’s hard to make them, and therefore mass production is impossible. Or at least it was.
AIST reportedly developed a way to properly manufacture single-wall, or monolayer, carbon nanotubes in quantities that are considered favorable for the eventual mass production. They have used a method called enhanced Direct Injection Pyrolytic Synthesis, or eDIPS, which aims to be a modified production phase based on the chemical vapor deposition used in the semiconductor industry to make thin film products and components. Meijo Nano Carbon Co. Ltd. provided the necessary industrial foundation for this system, and has moved forward to the development of a prototype production plant that demonstrates their method’s improved production rate and efficiency.
The report states that they were able to produce monolayers 100 times faster and with a quality rate of 10 to 20 times higher than before. This might not be so interesting for some of you, but let’s take a more practical approach on this matter. For example, Zyvex Technologies has built a 54-inch maritime vessel called the Piranha Unmanned Surface Vessel with the help of carbon nanotubes, which weighs only 8,000 lbs and has the capacity to carry a load of 15,000 lbs over a distance of 2,500 miles. And the use of carbon nanotubes does not stop at the vessel manufacturing industry. It is used in the manufacturing of wind turbines, car parts, sports equipment such as baseball bats, hunting arrows, surfboards, skis, and in many more manufacturing departments.
The mass production of carbon nanotubes will be an excellent breakthrough in terms of manufacturing goods and their use should have a significant increase in the quality as well. But the real question here is, will there be a breakthrough in terms of prices as well? We will just have to wait and see.
Thank you VR-Zone for providing us with this information Image courtesy of USC.edu