Nav: Home

Japanese science prize for German chemist Stefan Kaskel

January 26, 2016

The chemist Professor Stefan Kaskel of the Technical University of Dresden (TUD) receives for his scientific work on new energy storage materials an Award from the "Japan Society for the Promotion of Science" (JSPS). The award is connected with a four-week research stay at Osaka in Japan. Stefan Kaskel will start this exchange in spring 2016. In the "National Institute of Advanced Industrial Science and Technology" (AIST) in Osaka he will meet Prof. Xu Qiang. He is looking forward to meet Prof. Qiang Xu for exchanging new results in chemical materials research, and initiating new cooperations with Japan in the battery field, Stefan Kaskel says.

Professor Stefan Kaskel is specialized in the field of new batteries and gas storage materials. His research focus are high performance carbon materials. These porous nano-structured materials have a very high specific surface. Thereby they could play a key role in the future developments of lithium-sulfur batteries and other new energy storage systems.

While the electrodes in current lithium-ion batteries often only achieves a specific surface of about 1500 square meters per gram of material, the new carbon materials could enable more than 3000 square meters per gram, believes Professor Stefan Kaskel. This could double the energy density of future battery systems. And the energy density of batteries is critical for the range of future electric cars, or for the use of lithium-sulfur batteries as an energy buffer for wind or solar power systems.

Stefan Kaskel is 46 years old. He holds the "Chair of Inorganic Chemistry I" at the Faculty of Mathematics and Natural Sciences of the TUD. He works also at the Fraunhofer Institute for Material and Beam Technology (IWS) Dresden.

The JSPS is a reputed organization promoting international scientific exchange in Japan, comparable to the Alexander von Humboldt Foundation in Germany.
-end-


Technische Universität Dresden

Related Batteries Articles:

A new concept could make more environmentally friendly batteries possible
A new concept for an aluminium battery has twice the energy density as previous versions, is made of abundant materials, and could lead to reduced production costs and environmental impact.
Overcome the bottleneck of solid electrolytes for Li batteries
On Aug 21st, Prof. MA Cheng from the University of Science and Technology of China (USTC) and his collaborators proposed an effective strategy to address the electrode-electrolyte contact issue that is limiting the development of next-generation solid-state Li batteries.
Dangerous wild grass will be used in batteries
Hogweed, which has grown over vast territories of Russia, can be useful as a material for batteries.
Self-repairing batteries
Engineers at the University of Tokyo continually pioneer new ways to improve battery technology.
A close look at lithium batteries
Batteries with metallic lithium anodes offer enhanced efficiency compared to conventional lithium-ion batteries because of their higher capacity.
Advances point the way to smaller, safer batteries
New Cornell research advances the design of solid-state batteries, a technology that is inherently safer and more energy-dense than today's lithium-ion batteries, which rely on flammable liquid electrolytes for fast transfer of chemical energy stored in molecular bonds to electricity.
The secret life of batteries
A world with faster-charging batteries begins with an understanding of how positively charged lithium ions move through the electrode to deliver energy.
Cartilage could be key to safe 'structural batteries'
Your knees and your smartphone battery have some surprisingly similar needs, a University of Michigan professor has discovered, and that new insight has led to a 'structural battery' prototype that incorporates a cartilage-like material to make the batteries highly durable and easy to shape.
Focusing on the negative is good when it comes to batteries
Fluoride-based batteries have the potential to last up to eight times longer than those in use today.
Building better batteries by borrowing from biology
Using knowledge of biological ion channels, Osaka University researchers developed a new crystalline material containing potassium that may one day replace the lithium-based technology currently used in rechargeable batteries.
More Batteries News and Batteries Current Events

Top Science Podcasts

We have hand picked the top science podcasts of 2019.
Now Playing: TED Radio Hour

In & Out Of Love
We think of love as a mysterious, unknowable force. Something that happens to us. But what if we could control it? This hour, TED speakers on whether we can decide to fall in — and out of — love. Guests include writer Mandy Len Catron, biological anthropologist Helen Fisher, musician Dessa, One Love CEO Katie Hood, and psychologist Guy Winch.
Now Playing: Science for the People

#543 Give a Nerd a Gift
Yup, you guessed it... it's Science for the People's annual holiday episode that helps you figure out what sciency books and gifts to get that special nerd on your list. Or maybe you're looking to build up your reading list for the holiday break and a geeky Christmas sweater to wear to an upcoming party. Returning are pop-science power-readers John Dupuis and Joanne Manaster to dish on the best science books they read this past year. And Rachelle Saunders and Bethany Brookshire squee in delight over some truly delightful science-themed non-book objects for those whose bookshelves are already full. Since...
Now Playing: Radiolab

An Announcement from Radiolab