Science ViewŘada 2017
On this program, you will encounter leading-edge researchers and their work... including world-renowned researchers who will join us in the studio. It's the perfect way to keep tabs on what's happening across a broad range of science and technology fields in Japan!
The program is hosted by a rotating lineup of "Science Watchers" along with Science Navigator Rena Yamada. Science Watchers are primarily university professors with expertise ranging from cultural anthropology to neuroscience. Each will appear on two broadcasts, bringing the perspective of their various fields to timely topics. You won't want to miss our Science Watchers' enlightening explanations of emerging developments in science and technology!
The Science News Watch segment highlights a story that has caught the interest of the week's Science Watcher. This is followed by the presentation of the day's main topic, a feature called The Leading Edge.
Science View will also cover Japanese manufacturing innovation. Michelle Yamamoto reports each week on one Takumi - a modern-day master of manufacturing innovation - on the J-Innovators segment.
Beginning on January 8th, a 28-minute program will be broadcast each Sunday at 9:10 am JST, and rebroadcast every four hours for the rest of the day for a total of six broadcasts.
NHK Program Site: https://www3.nhk.or.jp/nhkworld/en/tv/scienceview
The program is hosted by a rotating lineup of "Science Watchers" along with Science Navigator Rena Yamada. Science Watchers are primarily university professors with expertise ranging from cultural anthropology to neuroscience. Each will appear on two broadcasts, bringing the perspective of their various fields to timely topics. You won't want to miss our Science Watchers' enlightening explanations of emerging developments in science and technology!
The Science News Watch segment highlights a story that has caught the interest of the week's Science Watcher. This is followed by the presentation of the day's main topic, a feature called The Leading Edge.
Science View will also cover Japanese manufacturing innovation. Michelle Yamamoto reports each week on one Takumi - a modern-day master of manufacturing innovation - on the J-Innovators segment.
Beginning on January 8th, a 28-minute program will be broadcast each Sunday at 9:10 am JST, and rebroadcast every four hours for the rest of the day for a total of six broadcasts.
NHK Program Site: https://www3.nhk.or.jp/nhkworld/en/tv/scienceview
Kde se dívat na Science View • Řada 2017
26 dílů
- Nano-carbon Materials Changing the FutureD1
Nano-carbon Materials Changing the FutureCarbon is an element found all around us that humans have utilized since long ago. Now, application is underway of "nano-carbon materials" in which carbon atoms are arranged neatly on a 1-nanometer level. One such material is graphite sheet, which is used for high performance heat radiating sheets found in smartphones and other devices. Graphite sheet is made by layering sheets of "graphene", which is comprised of a tightly packed layer of carbon atoms bonded together in a hexagonal lattice. Graphene can also help make lead acid batteries more compact. A "fullerene" in which carbon atoms are arranged into a cage-like structure is also attracting attention in the world of medical care. In this program, we'll look at research that seeks to find new applications of nano-carbon materials. - Ionic Liquids - New Materials Moving to Commercialization!D2
Ionic Liquids - New Materials Moving to Commercialization!Competition for development of advanced materials known as "ionic liquids" is now beginning all over the world. Ionic liquids are being called "the third liquid" as they are completely different from aqueous solutions or organic solvents, and yet are notable for having the same properties as solvents in not evaporating easily and conducting electricity. They are garnering attention for having functionality that is simply not possible with other liquids. - Zooming In on High-Speed CamerasD3
Zooming In on High-Speed CamerasFrom flashes of lightning to the moment of a bullet's impact, ultrafast events that are invisible to the human eye are being made visible with high-speed cameras. Now, a new revolution is taking place. A research team at the University of Tokyo has developed a camera capable of 1 trillion frames per second. What sort of camera is it, and what is it used for? Join us on Science View as we zoom in on Japan's high-speed camera technology! - Ultrafine Bubbles, Big PotentialD4
Ultrafine Bubbles, Big PotentialUltrafine bubbles are just one-billionth of a meter in diameter yet their applications are gaining huge attention. They have the ability to extend the freshness of raw fish, and promote crop growth. In the medical field, research is being held on their ability to destroy bacteria and viruses. We'll take a look at the innovative technology that was born in Japan, its applications, and the latest studies on it. - Are Salt-Tolerant Crops the Key to the Food Crisis?D6
Are Salt-Tolerant Crops the Key to the Food Crisis?The United Nations designated 2015 as the International Year of Soils and announced that more and more farmland is suffering from poor soil quality, warning that the world's food production is confronting a significant crisis. One of the factors in degrading soil quality is salt accumulation, caused by over-irrigation of farmland. The development of salt-tolerant crops that can grow even in soil with high salinity has been gaining attention recently as a possible countermeasure. This program looks at the forefront of Japan's research on salt-tolerant crops. - The Forefront of Sleep ResearchD7
The Forefront of Sleep ResearchSleep is said to be the greatest mystery in neuroscience. However, scientists are coming to gradually understand the mystery of sleep thanks to the discovery of a substance called orexin. Next generation sleeping medications are being developed using that mechanism. Dr. Masashi Yanagisawa of the University of Tsukuba, the researcher who discovered orexin, sought out mice with abnormal sleep patterns and is now searching for a genetic cause. We'll look at the latest research concerning sleep. - What is Sparse Modeling?D9
What is Sparse Modeling?Sparse modeling is being used widely in scientific circles. It involves an equation that works like a detective to uncover the most important information from a limited amount of data. In the medical field, sparse modeling has shortened MRI scanning times, while in space research it can deduce the shape of black holes from limited observation data. Join us as we take a look at what sparse modeling is and what it can do!