The European Graphene Flagship Project, launched last year, is subdivided into 16 research areas, most of which focus on improving graphene's real-life applications, such as high-frequency electronics, sensors and energy storage. The reporter learned from the industry that in order to effectively accelerate the process of domestic graphene industrialization, the "2014 China International Graphene Innovation Conference" to be held in Ningbo from August 31 to September 1, 2014 is also based on the practical application of graphene , to organize special dialogues and seminars between the business community and the scientific community in various fields. As a member of the organizing committee, the subsidiary of Juna Group is responsible for the organization of the E branch and the chairman of the branch, and is responsible for the exhibition sponsorship of the entire conference.

It is reported that the organizing committee of the conference has invited Professor Rod Ruoff, Director of the Center for Multidimensional Carbon Materials, Ulsan National University of Science and Technology, Dr. Tapani Ryh?nen, Director of the Laboratory of Nokia R&D Center, Professor Andrea C. Ferrari, Director of the Cambridge Graphene Research Center, South Korea Professor Young Hee Lee, a famous scholar at Sungkyunkwan University, Professor Mauricio Terrones, a famous graphene expert at Penn State University, Professor Takayoshi Sasaki, chief scientist of the National Institute of Materials Science in Japan, Professor Andrew Wee, National University of Singapore Graphene Research Center, and domestic Chinese Dozens of professionals including academician Cheng Huiming from the Institute of Metal Research of the Academy of Sciences attended the conference and made a report on the conference.

Among them, Professor Rod Ruoff is a world-renowned graphene material research expert who has presided over the improvement of CVD manufacturing methods. He believes that the best way to reduce the production cost of graphene and make it a mainstream material lies in how to produce high-quality monolayers on an industrial scale. At present, he has published more than 260 research papers in the fields of chemistry, physics, materials science, mechanical engineering and biomedical engineering. He has published nearly 20 papers in Science and Nature series journals, and was rated as the best in 2000-2010 by Thomson Reuters One of the top 100 materials scientists (ranked 16th), he is also the editor-in-chief or editorial board of many international journals.

Dr. Tapani Ryh?nen, one of the sponsors of the EU's Future Emerging Technology Graphene Flagship Project, joined Nokia in 1995 and is now the head of the Nokia Research Center Cambridge Laboratory, UK, focusing on nanotechnology and sensing systems in mobile devices. He has published more than 70 articles on micromechanical sensors, biomagnetic effects, nanotechnology and mobile phone technology and applications, and has more than 50 patents in the fields of microsystems, nanotechnology and sensors. He is also a member of the Strategic Committee of the EU Graphene Flagship Program, which currently has only 9 members, including 3 Nobel Prize winners, and is the decision-making body of the Flagship Program. Dr. Tapani Ryhönen believes that 2D materials already have all the ingredients for full success and that graphene will impact the industry value chain in multiple ways, creating opportunities for new products, services and economic growth, and the use of graphene to make products is certainly It will be implemented in a number of different industries and will begin to develop real-world applications that benefit humanity.

Professor Andrea C. Ferrari is a world-renowned expert in graphene research and a recipient of the Royal Society Wolfson Prize. He is the head of the Graphene Center of the University of Cambridge, and is also the Nanomaterials and Spectroscopy Research Group of the Engineering and Nano Center of Cambridge University. Leader, published more than 200 papers in internationally renowned journals, with a total of more than 35,000 citations. In addition, Professor Andrea C. Ferrari serves as the chairman of the executive committee of the EU Graphene Flagship Program, coordinating the management and implementation of the entire program, and concurrently serves as the project leader of the fifth project group - the application of graphene in the field of optoelectronics. He believes that the new infusion of funding and energy will greatly stimulate the entire graphene research community.

In addition, Young Hee Lee, academician of the Korean Academy of Sciences, as the winner of the Li Xun Research Award in 2008, Sungkyunkwan University in South Korea, has published more than 200 articles in the field of carbon materials and has nearly 100 patented technologies. In total, more than 500 academic reports have been given. He has published many papers in "Science", "Nano Letters", "Physical Review Letters", "Journal of American Chemical Society", "Advanced Materials" and other journals, which have been cited more than 30,000 times by him. At the same time, he is one of 11 National Scholars appointed by the Korean Ministry of Education.

Professor Mauricio Terrones, Academician of the American Association for the Advancement of Science and Director of the Center for Two-Dimensional Layered Materials at Penn State University, was the recipient of the 2013 Li Xun Research Award. , "Nature Nanotechnology", "Nature Materials", "Nature Communications", "ACS Nano" and other international journals published more than 300 papers, cited more than 20,000 times, of which Science and Nature included 4 papers respectively. Due to his outstanding achievements in materials science, he has undertaken the editorial work of 27 top international academic journals such as Science and Nature, and is an important member of the American Chemistry (ACS)/Physics (APS) Society and the Mexican Association of Nanoscience and Technology.