Freedom of classic motorcycles with the safety of cars.
More info.
MonoRacer is a fully enclosed motorcycle for long distance travel. It offers the freedom of classic motorcycles with the safety of cars.
Your smart phone will track your movements if your Location is On.
No brainer right? Turn your Location to Off if you don’t wanna be tracked. Mine is always off!
In the case of 1/6/2021 on the US Capitol:
Trump supporters traveled from South Carolina, Florida, Ohio and Kentucky to the nation’s capital, with pings tracing neatly along major highways, in the days before the attack. Stops at gas stations, restaurants and motels dot the route like bread crumbs, each offering corroborating details.
In many cases, these trails lead from the Capitol right back to their homes.
Times Opinion was able to identify individuals from a trove of leaked smartphone location data.
😃 Very interesting motorcycle.
Freedom of classic motorcycles with the safety of cars.
More info: https://bit.ly/3jlQSE7
In December, Porsche announced that it had been 3D printing prototype housings for electric drives that were stronger, lighter, and much quicker to manufacture. The engine-gearbox units produced using this method were even able to pass all of the company’s quality and stress tests without issue.
Porsche manufactures the housings using a 3D printing method called laser metal fusion, which entails a laser beam heating and melting a powder surface depending on the desired contours. This method allows Porsche to produce an engine gearbox that is both 10% lighter and 100% stronger because of the inherent lattice structures.
Another significant upside to manufacturing parts this way is the ease and speed of creating new components or making changes to existing ones. For example, an entirely new part can be designed and then physically printed very quickly with no need to do things such as create new tooling to manufacture the part.
Graphene continues to dazzle us with its strength and its versatility – exciting new applications are being discovered for it all the time, and now scientists have found a way of manipulating the wonder material so that it can better filter impurities out of water.
The two-dimensional material comprised of carbon atoms has been studied as a way of cleaning up water before, but the new method could offer the most promising approach yet. It’s all down to the exploitation of what are known as van der Waals gaps: the tiny spaces that appear between 2D nanomaterials when they’re layered on top of each other.
These nanochannels can be used in a variety of ways, which scientists are now exploring, but the thinness of graphene causes a problem for filtration: liquid has to spend much of its time travelling along the horizontal plane, rather than the vertical one, which would be much quicker.