The research team of Professor Markus Morgenstern, chair of experimental physics (solid state physics) at RWTH Aachen University, discovered new possibilities for quantum electronics, with the support of colleagues from the Technical University of Vienna and the University of Manchester. The physicists combined two ultrathin materials, namely graphene and Boron-Nitride, in a way which makes it possible to switch individual electrons between two states. For the first time, this allowed them to invert the so-called valley degree of freedom of the electron. The new discovery could be useful for advanced information processing. The research results have now been published in the scientific journal ‟Nature Nanotechnology”.
The Graphene Flagship returns to the Mobile World Congress, bringing with it the next generation of mobile technologies. Step into the Graphene Pavilion and enter the fascinating world of graphene and related materials in an exhibition designed to bring these materials to life. Discover how they can be made in the large-scale in the Graphene Knowledge Centre and experience cutting-edge new technologies, with interactive demonstrations in Sensors and IoT, Wearables and Health, Datacom and Energy. RWTH Aachen University and AMO will present ultrafast graphene based photodetectors and fully flexible logic and RF circuits for future 5G and IoT applications.
Professor Joachim Knoch, Institute of Semiconductor Electronics as well as Professor Andrei Vescan, Institute of Compound Semiconductor Technology from RWTH Aachen University join as new members the Aachen Graphene & 2D Materials Center.
Prof. Vescan is a well-known expert for compound semiconductors, with a research focus on MOCVD material synthesis. He is currently working on the synthesis of different TMDCs. Prof. Knoch has a long experience on nano-scale semiconductor devices and works currently on new device concepts like tunneling transistors using 2D materials. These specific competences of the two new PIs are complementing and broadening the scope of the activities in the Aachen Graphene Center.
AMO was part of the EU Graphene Flagship delegation at the Tallinn Digital Summit on September 29, 2017, where research results and key technological advances enabled by graphene and related materials were explained to European Heads of State and Government.
The Tallinn Digital Summit, held under the Estonian presidency of the Council of the European Union, is a platform for Heads of State and Government from across Europe to launch high-level discussions on digital innovation with the aim of keeping Europe ahead of the technological curve while becoming a global digital leader in the next years. The participants focussed on trends and technologies likely to emerge in the next ten years and their impact on crucial areas of security, e-government, industry, economy and society. Academic and industrial co-exhibitors from across the Graphene Flagship consortium presented many different demonstrators to illustrate the potential of graphene and related materials in Europe’s path to global digital leadership.
The presences of the EU Graphene Flagship project was a unique opportunity and a great honour at the same time to show the highest decision makers what Europe can achieve by working together towards a common goal, and demonstrates that the Flagship is well on its way to realize its ambitious goals.
Professor Max Lemme, Director of AMO GmbH and Chair of Electronic Devices at RWTH Aachen University, had the opportunity to explain many of the latest Graphene Flagship achievements to the visitors, including several Europen Heads of State and Government. “Graphene is a very exciting material and we are moving our research towards higher technology levels. This is where innovation happens, and we are confident to enable new applications in (opto-)electronics and sensorics with graphene and 2D materials.” stated Professor Lemme.
The Graphene Flagship exhibition area showcased the work of academic and industrial co-exhibitors from across the consortium on five application areas: sensors and the Internet of Things, devices for the digital world, society and healthcare, energy and solar cells, and composites. The exhibit at the Tallinn Digital Summit allowed the Graphene Flagship to show the important part Graphene will play in technological innovation for our digital future.
The related Graphene Flagship Press Release can be found here: https://graphene-flagship.eu/the-graphene-flagship-takes-technology-innovation-to-the-tallinn-digital-summit
Graphene and related materials are ideal for optoelectronic components in integrated photonic devices, to be used in the next generation of communications systems. Chip-integrated electro-optic devices can significantly increase the performance of datalinks in terms of capacity, lower energy consumption and costs.
In cooperation with RWTH Aachen University and the University of Pisa, researchers from AMO realized the world first microwave power detector based on metal-insulator-graphene (MIG) diodes, which is able to perform power detection for frequency up to 50 GHz.
Diodes are key components for RF electronic devices, which are typically used at radio frequencies for signal reception, frequency multiplication, or energy harvesting applications. In recent years thin film technology based diodes, for example metal-insulator-metal (MIM) or MIG diodes, attract increasing interest because of their excellent performance along with the low series resistance which is a crucial benefit for high frequency operation. Such thin film diodes are already used in display applications and the thin film technology enables an unrestrained choice on the target application substrate, such as flexible foil.
The MIG diodes presented in this work were fabricated at AMO using a thin film technology platform with CVD grown graphene and TiO2 deposited by atomic layer deposition. The MIG diodes show excellent static figures of merit significantly outperforming conventional MIMs. RF power detection based on the MIG diode is for the first time demonstrated in this work, showing a linear detection responsivity of 2.8 V/W at 2.4 GHz and 1.1 V/W at 50 GHz. These excellent DC and RF performance parameters make MIG diodes very promising for future application in thin-film technology and for 5G.
The work leading to these results was financially supported by the European Commission under the projects Graphene Flagship and SPINOGRAPH, and by the German Science Foundation (DFG) within the priority program 1796 FFlexCom.
Source: Mehrdad Shaygan, Zhenxing Wang, Mohamed Saeed Elsayed, Martin Otto, Giuseppe Iannaccone, Ahmed Hamed Ghareeb, Gianluca Fiori, Renato Negra, Daniel Neumaier
“High performance metal-insulator-graphene diodes for radio frequency power detection application”
Nanoscale, 2017, DOI: 10.1039/C7NR02793A
July 24th was the starting date for the Aachen Graphene & 2D-Materials Center, a joint research center of RWTH Aachen University and AMO GmbH. The Aachen Graphene & 2D-Materials Center integrates the already ongoing activities of several research groups at RWTH Aachen University and AMO GmbH in the fields of physics, material science and electrical engineering with the primary goal to efficiently bridge the gap between fundamental science and applications.
The mission of the Aachen Graphene & 2D-Materials Center is to exploit the unique properties of graphene, two-dimensional (2D) materials and 2D-heterostructures from a fundamental and applied point of view. The activities of the Center will address the challenges of future technology including high-frequency electronics, flexible electronics, energy-efficient sensing, photonics as well as spintronics and valleytronics, for which graphene and related 2D-materials have proven to be a unique enabling platform. Therefore, the center brings together the complementary expertise of Aachen’s world leading research groups and puts the Aachen Graphene & 2D-Materials Center in a leading position in Germany and Europe.
The founding members are Prof. Christoph Stampfer (RWTH and spokesman of the center), Prof. Max Lemme (AMO and RWTH), Prof. Markus Morgenstern (RWTH), Prof. Renato Negra (RWTH) and Dr. Daniel Neumaier (AMO) who are also active in the Flagship Project Graphene.
Founding members of the Aachen Graphene & 2D-Materials Center at the Kick-Off Meeting
Prof. Christoph Stampfer
II. Physikalisches Institut der
RWTH Aachen University
Tel.: +49 241-8027055
The Graphene Flagship and ICFO, with support from the GSMA, present the Graphene Experience Zone at the 2017 Mobile World Congress (MWC). MWC is the world’s largest gathering for the mobile industry, (with over 100,000 attendees), and will be held from 27 February to 2 March 2017 in Barcelona. The Graphene Experience Zone will showcase the latest achievements and innovations from the graphene community in an interactive and accessible way. AMO andRWTH Aachen University will present an on-stage demonstration of a graphene based Wifi receiver within their Graphene flagship cooperation.
Following the success of the Graphene Pavilion at Mobile World Congress 2016 and Mobile World Congress Shanghai 2016, graphene is back at MWC 2017 with an immersive Experience Zone exploring graphene mobile innovation. The Graphene Experience Zone contains industry and academic co-exhibitors who will highlight current graphene innovation in mobile applications ranging from smart composites to wearable sensors, all using demonstrators and operational prototypes to bring graphene to life.
ICREA Professor Frank Koppens from ICFO – The Institute of Photonic Sciences in Barcelona, who is Scientific Chair of the Graphene Experience Zone, comments “The Graphene Pavilion at MWC 2016 generated tremendous excitement and it has become a prominent element of the event in a relatively short time. The Graphene Experience Zone at Mobile World Congress 2017 will be the place to showcase future graphene technologies at work, presenting even more demonstrators and a spectacular design of the interactive zone.”
This year the Graphene Experience Zone will feature five different innovation areas: IoT and Sensors; Wearables and Health; Energy; Datacoms; and Composites. Each area will contain specialised demonstrators and prototypes developed by leading industry and academic partners. At the heart of the Graphene Experience Zone will be the graphene concept car, developed by the University of Manchester in collaboration with Haydale, UK, and British carmaker BAC (Briggs Automotive Company). The car, which combines many of these different technological areas, will be showcased in a truly captivating setting.
“We are very excited to see the Graphene Flagship back at Mobile World Congress with an even more ambitious exhibit,” said John Hoffman, CEO, GSMA Ltd. “Mobile World Congress offers attendees the opportunity to experience the latest in cutting-edge technology, products and services, and the Graphene Experience Zone will be among the ‘can’t miss’ destinations at this year’s show.”
Professor Andrea Ferrari, Science and Technology Officer of the Graphene Flagship and Chair of its Management Panel, stated “Mobile World Congress 2016 marked the first time new technologies based on graphene and related materials were showcased to one of the biggest electronics events in the world. In 2017 we will highlight significant progress towards the realisation of prototypes, with some products already on the market. The increasing number of industrial partners and associated members joining the Flagship is proof that we are following the right path to bring graphene and related materials from the lab to the factory floor.”
To capitalise on this gathering of the global mobile community, on 2 March, the Graphene Flagship is also organising a graphene-focused workshop. This workshop, entitled ‘Graphene Connect: From Datacom to IoT, Enabled by Graphene’, will bring together academic and industry representatives interested in all things mobile with a unique networking opportunity as well as a series of talks by leaders in the field of graphene in mobile devices.
Speaking of Graphene Connect is Dr Kari Hjelt, Head of Innovation for the Graphene Flagship: “Mobile World Congress attendees should take advantage of the opportunity to participate in Graphene Connect because the future of mobile technology is happening now. And the future is affected by graphene in many areas; graphene will be part of building new kinds of faster electronics and faster datacoms, but also in other areas like new types of sensors and flexible electronics, which are not possible with existing technologies.”
New to Mobile World Congress is the Youth Mobile Festival (YoMo) which will see up to 20,000 young people (aged 10-16 years) from across Catalonia and Spain experience science and technology in an educational and hands-on way. YoMo will include a mix of workshops, theatre and shows with the goal of having younger generations learn more about science and technology based careers in a fun and engaging way. One of these workshops will encourage its participants to create their own ‘Graphopolis’ where they will explore how graphene could change their city in an interactive way. This event is run as part of the Graphene Flagship and developed by ICFO – The Institute of Photonic Sciences, Istituto Italiano di Tecnologia (IIT), Novalia and University of Cambridge with the support of the European Commission and the GSMA.
With graphene helping to develop the mobile industry of the future, you cannot afford to miss the Graphene Experience Zone at Mobile World Congress 2017.
Graphene and the Mobile Industry
Graphene is one of the most interesting and versatile materials known to date. The world’s first two dimensional material, this single layer of carbon atoms arranged in a hexagonal lattice has a set of unique and outstanding properties. As well as being the thinnest, strongest and lightest material, graphene is flexible, impermeable to molecules and extremely electrically and thermally conductive. As the world strives to maintain its pace of innovation, graphene has much to offer. Graphene is helping to facilitate the next generation of technology: from interconnects for data communication to screens and casings. For example, the strong and flexible nature of graphene makes flexible displays and bendable batteries possible. Its excellent sensing ability can be used in the next generation of wearable electronics and to develop building blocks for the internet of things. Graphene’s unique combination of properties coupled with its ease of incorporation into composite materials mean that it can enhance the composite world. Graphene is also paving the way for novel diagnosis and treatments such as in the realm of drug delivery and biosensors. Graphene-based technologies are proving integral to the new generation of communications, such as 5G, enabling high performance optical communication systems through ultra-fast and compact optoelectronic devices.
The Graphene Experience Zone: Partners and Exhibitors
The Graphene Experience Zone, jointly organised and run by the Graphene Flagship and ICFO with support from the GSMA will include an exciting array of academic and industrial partners. Confirmed participants (in alphabetical order) currently include: AMO, Catalan Institute of Nanoscience and Nanotechnology (ICN2), Centro Nacional de Microelectrónica, Emberion, Ericsson, FGV Cambridge Nanosystems, FlexEnable, G-Next, Graphenea, Haydale, IMEC, Institut de la Vision, Istituto Italiano di Tecnologia (IIT), National Research Council (CNR), Nokia, Novalia, RWTH Aachen University, ST Microelectronics, The Centre of New Industries and Technologies (CNIT), The Institute of Photonic Sciences (ICFO), University of Cambridge (UCAM) and University of Manchester – National Graphene Institute (UoM NGI) with more names to be confirmed soon.
Visit the Graphene Experience Zone at MWC: https://www.youtube.com/watch?v=mYziXf8Kvbg