Vladimir Falko, Director Of The University Of Graphene, Visited North Xinke

At the Nobel prize presentation ceremony in 2010, Andre Geim and Konstantin Novoselov, a physicist from University of Manchester, won the Nobel prize in physics.

King of materials "

"Since then, the temperature has gradually increased. The Research Institute of graphene has not only won the affirmation of physics and material science, but also gained the favor of President Xi Jinping.

In 2015, President Xi visited the graphene Research Institute of University of Manchester on his trip to Britain, hoping to promote the development of graphene industry in China.

When President Xi visited the graphene Research Institute, he accompanied two Nobel prize winners, as well as the leader of the world graphene industry, and Professor Vladimir Falko, director of the graphene Research Institute of University of Manchester.

In April 29, 2016, Professor Vladimir Falko visited Beijing Information Science and Technology University. He should be invited to be honorary professor and honorary member of the academic committee.

Wang Yongsheng, vice president of North Xinke and vice president Han Qiushi and Xu Baojie attended the appointment ceremony.

In the subsequent lectures on graphene, Professor Falko not only shared the research and development technology and application status of graphene materials, but also discussed the exchange and industrial layout of Shi Moxi products with North Xinke alumni, Aika AI family technology founder and CEO Chen Lijun.

Professor Falko (right three) accompanied President Xi Jinping to visit Manchester University.

Professor Da Da holds North Xinke to promote cooperation between the two countries and looks forward to a win-win situation.

Professor Falko is a leader in the field of polymer physics in the United Kingdom.

He made an outstanding contribution to the electrical and optical properties of graphene, and the double-layer graphene was also discovered by Falko director.

Professor Falko received his doctorate at the Institute of solid physics, and then obtained postdoctoral experience at Max-Planck-Institut and University of Oxford in Stuttgart.

In the first 20 years of his career, he has been teaching at University of Lancaster, and has been selected as an outstanding professor. He was hired as Dean of the Institute of graphene research in University of Manchester in 2015 and became one of the top people in the graphene industry in Pyramid.

President Wang Yongsheng also expressed appreciation for Professor Falko.

Professor Wang said: "Professor Falko is the world's top expert in graphene. He has been invited to honor the honorary professor and Honorary Committee member of the academic committee. Welcome Professor Falko to give guidance to our school's discipline construction and scientific research, and wish the scientific research cooperation between the two schools can achieve substantial results as soon as possible."

Such an excellent expert is also interested in a graphene product and a company's intelligent commercial layout in China. What attracts professor Falko is a new start-up Aika from Beijing.

Professor Falko praised Aika for loving his family.

Aika love home technology was founded in 2013. In 2015, it began to focus on the light application of graphene intelligence. A graphene smart shawl won 5 million 190 thousand success in the Jingdong public chip.

In the face of the popularity of smart clothing worldwide, Aika love family has also put forward its own solution.

The control of graphene technology is the biggest advantage of the new start-up company.

Aika love home technology will launch in the fall of 2016, it will launch a vertical graphene intelligent revolution for soldiers, the elderly, children, skiing and special workers and other vertical subdivision areas, as well as for people who need urgent heating.

It is understood that Aika love home technology has signed a strategic partnership agreement with some traditional clothing giants.

Aika love home technology has successfully integrated graphene and textile fabrics with soft and washable materials. The thermal conductivity, stability and Superconductivity of graphene materials are used as the entry point of functional clothing. Heating function is provided for clothing through 5V safety voltage and APP.

Meanwhile, the "graphene textile sensor" developed by Aika AI family technology has received a number of related patents.

This sensor is attached to cloth, not only without negative burdensome feeling, but also washable.

Because clothing is different from the bracelet, it must be worn by everyone. It can effectively carry out big data mining and provide a good sample product for smart wear.

When the deep combination of graphene and textiles, intelligent innovation and big data mining integration, not only let this obscure start-up company get the favor of big companies, but also let the Falko professor who is very knowledgeable, be very excited.

After the academic lecture on graphene, Aika's home CEO Chen Lijun gave professor Falko a gift of graphene products from Aika's love home technology.

Chen Li Jun first asked Professor Falko whether he had studied the combination of graphene and textiles.

After receiving the negative answer, Chen Li Jun introduced professor Falko to the company's technical breakthrough, research results and core competitiveness in the field of graphene.

Professor Falko listened with great interest to the technological breakthroughs in graphene and textiles.

After a thorough understanding of the technical strength and product layout of Aika AI technology, he gave a thumbs up to Chen Li Jun, and said he looked forward to further exchanges. He invited Chen Li Jun and Aika home loving graphene research and development team to visit the graphene Research Institute of University of Manchester for an exchange visit, and further explore the technology of graphene textile, and look forward to making more achievements in the textile field.

Chen Lijun: light application pry graphene industrialization

Why is Professor Falko interested in this technology? With this question, the reporter interviewed Chen Lijun after the meeting, and Chen Li Jun also explained to the knowledgeable reporters the meaning of "light" and "heavy" graphene and the significance of focusing on textile and clothing.

Chen Lijun said, "the definition of light and heavy application is very simple.

Heavy application requires heavy investment, long term development, and fundamentally replacing the traditional materials with graphene monolayer atoms, which will completely change the application of industry history.

Such as graphene in the battery, semiconductor chips and other fields of application.

The lightweight applications of graphene are civilian oriented, more popular technology, which can quickly achieve products and bring higher cost performance applications to consumers, such as heating graphene intelligent down coat and graphene heating picture.

The Nano Electronics studied by Professor Falko is very profound. He is doing projects that can really advance the process of human development, but the funds and manpower spent on those projects are obviously not what our emerging start-ups can achieve.

Aika loves home technology. We hope that in the shortest time, Pratt and Whitney will produce products that are more temperature and closer to people's lives in the shortest time, so that consumers will have a better understanding of the advantages of graphene and accelerate the industrialization process of graphene.

This year,

Practitioners and media called "the first year of China's graphene industry", not only because China is not inferior to Europe and Japan in terms of graphene technology strength and patent layout, but also with graphene preparation level and graphene application technology level development, graphene will appear in more light application products.

The excellent characteristics give graphene multiple functions, and will lead the corresponding industry pformation.

These light applications, though not as heavy as heavy applications, are not as powerful as heavy applications, but they are more consistent with the trend. However, light applications can accelerate the development of graphene industrialization.