The lecture hall at the Price Center in the UC San Diego was wanted to hear about the devices with an audience on Wednesday that can turn the waves of light and sound so that we can see and hear what we can see – and may also make things invisible.
It looks like magic, but it is physics. The prediction was a physician from London’s Imperial College, John Pandri, and the equipment is called Metrometrials.
“This is an example of being a new way of thinking about ways to control waves,” said Richard Aversett, a professor of UCSD physics. “So there are a lot of applications, and it’s an interesting thing about the metatomer.”
To listen to Everett, pandri, a Kyoto Prize Award -winning prizes are given each year Inamori Foundation In Kyoto, Japan.
The Kyoto Prize was founded by the late scientist and businessman Kazu Anomori, who had a very strong connection with San Diego. It launched the Kiosira Corporation, which is in North America’s headquarters in San Diego.
He was once the chairman of Japan Airlines, and in the late 90s, he became a priest of Zen Buddhism.
The San Diego Symposium is hosted by Point Luma Nasreen University and UC San Diego. Dan Nelson, a professor of Point Luma Journalism, said the awards acknowledge success and commitment to humanity.
“D. Nelson said it had a very spiritual aspect to Anomori, as well as being a scientist, who said anything – a new discovery – in fact needed to raise the human spirit and human experience.
John Pandri’s theory of connecting the rays of light begins with the fact that light can be turned into space and can be redirected, just as the place itself is bent by gravity forces. Scientists have developed devices that can divert some frequency rays.
Theoretically, one can use it to prevent the rays of light.
“And then you have to send the light in the direction that was going first. So it’s like a skier as if a tree is revolving around, “Pandri said.
This device is called a garment, a term is taken from Harry Potter novels. But can you bend the light waves visible to make something hidden?
“People have done this successfully with radar frequency,” said Pandri. This is not a problem you give to a PhD student. ”
David Smith – who is now a professor of physics at Duke University – was a PhD student and post post post in UC San Diego when he was facing a pendri work. He is a physician who successfully bowed down the radar waves to prove the concept of the pandi.
He said his lab has eliminated several companies that are engineering clothing that air and connect the waves passing through. Yes.
“All our sensors. All our devices. Whatever we do, the waves include waves at some level. So the better you can control the waves, you have access-not just science, but also technology and real-world applications.
And this is something that can raise humanity. At least this is the view of the Kyoto Foundation.
As far as things are really hidden, senior Francisco Perez from High Tech High Chola Vista participated in the Pandri speech and declared himself hope for one.
“Certainly in 50 years, with all research, and with that determination, I see this happening,” he said.
The second Kyoto -winning individuals this year is Victoria University geography Paul Hofman, who won the category of basic studies, and choreographer William Forsethi, who worked with ballet companies in Germany and joined the USC faculty, and joined the Faculty of Arts.
