GLADIATOR. Deliverable Report

Transcription

1 grant number Large scale Integrating Collaborative Project Deliverable Report Work Package Leader AUTh Deliverable Number 10.2 Title Name of Author Contributing Project Partners of Deliverable International Summer school on graphene held Stergios Logothetidis AUTh Due Date M36 ( ) Document status Dissemination Level (PU, PP, RE, or CO) Final PU Version Number 1 Deliverable achieved on time? Quality assurance Deliverable quality satisfactory? No James Whitby (AMAN) Yes

2 0.1. Quality Assurance 1 st revision J Whitby 2 nd revision A Laskarakis 3 rd revision B. Beyer 4 th revision A. Laskarakis 5 th revision B. Beyer, J. Whitby 6 th revision B.Beyer 0.2. List of Abbreviations AMCOR-K AMCOR-S AUTh AIX-Ltd AIX-SE AMAN CEA COM CVD DTU GRA HJY IOM NRCWE OET SGE SUR R Sh T AMCOR Flexibles Kreuzlingen AG AMCOR Flexibles Singen GmbH Aristotelio PanepistimioThessalonikis AIXTRON Ltd AIXTRON-SE Amanuensis GmbH Commissariat à l Energie Atomique et aux Energies Alternatives Fraunhofer COMEDD Chemical vapour deposition Danmarks Tekniske Universitet Graphenea S.A. Horiba Jobin Yvon S.A.S Leibniz IOM Det Nationale Forskningscenter For Arbejdsmiljo Organic Electronic Technologies P.C. Sgenia Soluciones SL Suragus GmbH Sheet resistance transmission GLADIATOR 2

3 1 Table of Contents 2 SUMMARY SUMMER SCHOOL ON GRAPHENE DEVIATIONS FROM THE DOW CONCLUSIONS, EXPECTED IMPACT AND USE OF DELIVERABLE GLADIATOR 3

4 2 Summary As part of the dissemination activities of the GLADIATOR project, an International Summer School on Graphene was organized by the project partner Aristotle University of Thessaloniki (AUTh) in order to provide to the scientific community a collection of lectures and presentations covering concepts for the synthesis, transfer, characterization and applications of graphene including the GLADIATOR project's activities and innovations. The summer school took place from 2-9 July 2016, at Thessaloniki, Greece. It attracted students from all over the world and provided high quality lectures from internationally acknowledged scientists and experts on a broad range of topics related to graphene science and technology. During the summer school, the students could interact with other established scientists and experts in fields related to graphene growth, transfer, doping, implementation to different devices, applications, through their participation in the Workshop on Graphene and Related Materials, Processes & Applications that was organized by AUTh (within NANO- TEXNOLOGY 2016) at the same time as the summer school. The International Scientific Committee of this workshop included representatives from several of the GLADIATOR partners. This workshop included state-of-the-art lectures from experts in the field of graphene, from acknowledged academic organizations and research centres as well as from companies from all over the world GLADIATOR 4

5 3 Summer School on Graphene As foreseen in the GLADIATOR Description of Work (DoW), AUTh organized an International Summer School focused on graphene, including dissemination of results from the GLADIATOR project to the workshop attendees. This took place in the context of the 10 th International Summer Schools on N&N, OE & Nanomedicine - ISSON16 ( which was a part of the multi-event NANOTEXNOLOGY 2016, 2-9 July 2016, Thessaloniki, Greece ( Publicity about the Summer School on Graphene had been distributed to the international scientific and industrial communities through the following communication channels: a) A dedicated web-site with information on the summer school program, lecturers, dates and timing, information on participation and news b) An campaign with frequent messages to a large database of academic, research and industrial entities (over individual recipients world-wide) c) Additional more targeted messages to specific academic, research and industrial entities with activities related to graphene (including the GLADIATOR partners) with information about the summer school in order for them to distribute it to their colleagues, networks and collaborating entities d) A brochure with information about the summer school (Fig. 1). This brochure was also distributed before the summer school by some GLADIATOR partners when they attended relevant conferences. e) Direct contacts by and telephone GLADIATOR 5

6 Fig. 1. Brochure for the Summer School on Graphene GLADIATOR 6

7 In addition to the Summer School on Graphene, the ISSON16 included the following thematic tracks (or schools ): 1. Nanosciences & Nanotechnologies, 2. Organic Electronics, 3. Nanomedicine. The registered graphene summer school students were also able to participate in each of these different schools in order to create their own schedule for attending lectures. The total number of registered attendees for the summer school was 85, from 25 countries. Of these attendees, 70% were university students (undergraduate, postgraduate and PhD), 25% were from research institutes and 4% from companies (see Fig. 2). The university students came from a wide range of disciplines, including physics, biology, chemistry and engineering, Noteworthy was the large number of participants from Poland with 18 students from the University of Warsaw (Faculty of Physics). Fig. 2. Distribution of the host institutions of the participants in ISSON16 (which included the summer school on graphene). The Summer School took place between 2 nd and 9 th July 2016, and its topics included the following: Graphene growth methods, synthesis, and integration Graphene Chemistry (synthesis, chemical modification, reactivity) Graphene transfer on different substrates Graphene doping and impurities Characterization of optical, electrical, structural properties Large area synthesis and transfer GLADIATOR 7

8 Computational and theoretical approaches Applications of graphene (including transparent electrodes, sensors, transistors, OLEDs, OPVs, etc.) The ISSON program that includes the Plenary Lectures (09:00-11:00) for all the ISSON students and the specific lectures for the summer school on graphene is described in the following table. Plenary Lectures Graphene Lectures Graphene Lectures Graphene Lectures Table 4: Programme of School on Graphene Saturday 2 July 2016 Sunday 3 July 2016 Saturday 9 July 2016 Dr. I. Feitchans 9:00-11:00 Prof. S. Logothetidis University of Lausanne Prof. J. Szczytko Physics Dept, AUTh, Greece "Ten Years After: Ethical Physics Dept. UWarsaw, Poland Nanotechnology and Applications Legal And Social Impacts Of "Organic Spintronics" (GLADIATOR partner) Emerging Nanotechnology Laws" 11:00-11:30 Coffee Break Coffee Break Coffee Break 11:30-13:30 Prof. T. Booth Techn. Univ. Denmark, Denmark "Introduction to the Chemical Vapour Deposition of Graphene" (GLADIATOR partner) 15:00-16:00 Prof. E. Lidorikis Univ. Ioannina, Greece "Optoelectronic properties of graphene & Organic Semiconductors" 16:00-17:00 Dr. G. Deligiorgis FORTH, Greece "Turning graphene and other 2D materials to useful devices" Dr. E. Pechlivani OET, Greece "Graphene Characterization & Emergent Applications" (GLADIATOR partner) 13:30-15:00 Lunch Break Lunch Break Lunch Break Dr. A. Phillip Fraunhofer FEP, Germany "Graphene in OLED technology: challenges and successes" (GLADIATOR partner) Mr. V. Stelliou Nanomegas, Belgium "Precision Electron Diffraction Applications in TEM: from crystal structure determination to orientation imaging and strain mapping at nm scale" Dr C. Casiraghi Univ. Manchester, UK "Raman spectroscopy of graphene" 17:00-17:30 Coffee Break Coffee Break Coffee Break 17:30-18:30 18:30-19:00 19:00-19:30 19:30-20:00 Dr. T. Echtermeyer U. Manchester, UK "Graphene for electronic and optical applications" Poster Session of the ISSON students Welcome dinner Dr. S. Bengston NRWCE "Nano-toxicology: Focus on carbon-related nanomaterials" (GLADIATOR partner) Final Test Conclusions Closing Remarks Fig. 3. Lecture of Dr. Tim Echtermeyer (left) and Prof. Eleftherios Lidorikis (right) GLADIATOR 8

9 Fig. 4. Lecture of Prof. Tim Booth (left) and Dr. George Deligeorgis (right). Fig. 5. Lecture of Dr. Andre Philipp (left) and Mr. Stefan Bengston (right). Fig. 6. Lecture of Mr. Vrettos Stelliou (left) and Dr. Eleftheria M. Pechlivani (right). The students of the Summer School on Graphene also participated to the 9 th International Symposium on Flexible Organic Electronics (ISFOE16) 1, and the 13 th International GLADIATOR 9

10 Conference on Nanosciences & Nanotechnologies (NN16) 2 (that are part of NANO- TEXNOLOGY 2016). The NN16 and ISFOE16 programs included the common Workshop on Graphene and Related Materials, Processes & Applications 3. The International Scientific Committee of this Workshop includes some of the GLADIATOR partners (DTU, AIX-Ltd, Graphenea), as well as partners from the GRAPHENE Flagship (e.g. Un. Ioannina, Un. Manchester): P. Bøggild, Technical University of Denmark, Denmark K. Teo, AIXTRON Ltd, UK A. Zurutuza, GRAPHENEA, Spain E. Lidorikis, University of Ioannina, Greece C. Soutis, University of Manchester, UK F. Bonaccorso, IIT, Italy The participation of the Summer School students to this workshop enabled their interaction and engagement with international experts in the graphene research (e.g. growth, transfer, characterization, implementation on devices, etc) as well as with the GLADIATOR partners that participated to the event GLADIATOR 10

11 4 Deviations from the DoW N/A GLADIATOR 11

12 5 Conclusions, expected impact and use of Deliverable A summer school on graphene was successfully organized and several internationally established experts on graphene provided high quality lectures ranging from fundamental information to advanced concepts on graphene science and technology. Students from all over the world had the opportunity to attend high level lectures that covered a broad range of topics related to graphene, such as growth, transfer, optoelectronic properties, and implementation to devices. The students were made aware of the cutting-edge results from the GLADIATOR project, in the context of broader work on graphene and its applications. The participation of the summer school students to the NANOTEXNOLOGY 2016 Workshop on Graphene and Related Materials, Processes & Applications, further promoted their interaction and discussions with internationally acknowledged scientists and experts working on graphene subjects. This deliverable, the summer school on graphene, will have a strong impact on the motivation of young researchers and students to work on graphene, its growth and transfer methods, doping, and implementation to a large variety of electronic devices and applications, as well as other 2D materials. Also, the discussions and networking between the participants that started at this summer school are expected to result in future collaborations and common research and project activities GLADIATOR 12