Plasma, an extremely hot gas with electrically charged particles, is found all throughout the universe and is influenced by environmental forces, such as magnetic fields.
The complex behaviours observed in space and in the lab suggest plasma can generate the magnetic field in the opposite direction to the one applied, according to the researchers from Tohoku University.
This causes the field lines to diverge, much like magnets with their North poles facing toward each other.
“The point is that wearables, bionics, AI, virtual/mixed/augmented reality – all bleeding edge technologies that (literally) are reshaping how we work, interact, learn, and live – are doing so as ‘other’ to our individual, biological selves.”
This extraordinary train is designed by train Kazuyo Sejima, who was recently awarded Pritzker Prize, which is given as a Nobel Prize of architecture. Sejima is an architect from a Japanese company Sanaa. He claimed that without a doubt the train will be not totally unseen but it will be super-reflective. It seems to be partially invisible because of its pure mirrored shell. This task was very challenging for the architects as well as for the engineers. After this successful mission, they have concluded that this design can be put on to the active trains as well.
Sejima has got authorization from the Seibu Railway Co, that for celebrating its 100th anniversary of Red Arrow express commuter train, they have to remodel the outer surface and inside of it. The invisible train is likely to be launched in 2018 and this express will travel over 178 km (111 miles) all over Japan. In an interview held last week, Sejima said “The limited express travels will pass through beautiful panorama like mountains of Chichibu. This will be a great reason for the passengers to travel on this train.”
The whole news about the partially invisible train is not revealed by the inventors but Dezeen magazine has published that its outer surface will have semi-transparent and mirrored panels, and its boxy shape created into a silver bullet. We already came through extraordinary bullet train designed by Japan and now this semi-transparent train seems really exciting. This will be the latest invention which we have not come through till now.
Samuel West is obsessed with failures. In fact, the innovation researcher and organizational psychologist collects them—and now his collection is on display.
The Museum of Failure, West’s brainchild, celebrates the absurd and hilarious wrong turns that companies have taken in their product development—from Colgate’s unappetizing beef lasagna, to Harley Davidson’s leathery-scented perfume, to Bic’s sexist “for Her” lady’s pen.
But it’s more than that, too. West’s bigger point, he says, is he’s sick of everyone worshipping success. Every failure is uniquely spectacular, says West, while success is nauseatingly repetitive. True innovation requires learning from the complexities of each failure—a skill that, he says, most companies fail to hone. Opening this June in Helsingborg, Sweden, the museum seeks to de-stigmatize personal and professional failure.
Apple live streamed their Worldwide Developers Conference keynote this afternoon. During the talk, they unveiled a new kind of AI system, HopePod.
Today, Apple is holding its Worldwide Developers Conference. So far, they have announced a host of updates. For example, during the presentation, the company noted that their watchOS 4 is going to include advanced AI and be far more personalized.
IBM, in partnership with Samsung and GlobalFoundries (which manufactures chips for Qualcomm and AMD, among others), has developed a process for building 5nm chips. Two years ago IBM unveiled a 7nm process, and Samsung will likely ship 7nm chips next year, but today’s announcement sounds like an even more important breakthrough in chip design.
