SGL honors professor Klaus Müllen with the Felcht Award for services to graphene research
The Carbon Company – has honored Professor Klaus Müllen with the Utz-Hellmuth Felcht Award for his research into the synthesis of tailored graphenes. Professor Müllen, Director of the Max Planck Institute for Polymer Research, received the award on July 18 at the International Carbon Conference in Rio de Janeiro, Brazil.
Dr Gerd Wingefeld, a member of the SGL Group Board of Management, said: “We present the Utz-Hellmuth Felcht Award to honor outstanding scientific and technological contributions in the field of carbon and ceramic materials. The extremely strong, electrically conductive carbon material, graphene, has immense application potential in computer chip manufacture, as a composite material for energy storage in batteries and fuel cells, and as a catalyst. Professor Müllen and his team have made an important contribution here. The synthesis process developed by him makes it possible for the first time to produce graphene nanoribbons with precisely defined shape and size.”
Graphene is a very good electrical conductor, ultralight, stronger than steel, chemically resistant, and virtually transparent. In 2010, Konstantin Novoselov and Andre Geim were awarded the Nobel Prize in Physics for their work on this two-dimensional carbon material. In 2013, the European Commission chose “Graphene” as one of its first largescale research projects to be funded with up to a billion euros over 10 years under the “Future and Emerging Technologies Flagships” (FET) initiative.
Source:SGL TECHNOLOGIES GMBH
Dr Gerd Wingefeld, a member of the SGL Group Board of Management, said: “We present the Utz-Hellmuth Felcht Award to honor outstanding scientific and technological contributions in the field of carbon and ceramic materials. The extremely strong, electrically conductive carbon material, graphene, has immense application potential in computer chip manufacture, as a composite material for energy storage in batteries and fuel cells, and as a catalyst. Professor Müllen and his team have made an important contribution here. The synthesis process developed by him makes it possible for the first time to produce graphene nanoribbons with precisely defined shape and size.”
Graphene is a very good electrical conductor, ultralight, stronger than steel, chemically resistant, and virtually transparent. In 2010, Konstantin Novoselov and Andre Geim were awarded the Nobel Prize in Physics for their work on this two-dimensional carbon material. In 2013, the European Commission chose “Graphene” as one of its first largescale research projects to be funded with up to a billion euros over 10 years under the “Future and Emerging Technologies Flagships” (FET) initiative.
Source:SGL TECHNOLOGIES GMBH
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