MSTU MIREA - Radboud University Nijmegen : 18 years of successful collaboration

1. MSTU MIREA - Radboud University Nijmegen: 18 years of successful collaboration SigovAlexandr S., rector Mishina Elena D. , the head of the laboratory Moscow State Technical University of Radioengineering, Electronics and Automation MSTUMIREA • science • education • personal training • for high-tech industry

2. 1. Moscow State Technical University of Radioengineering, Electronics and Automation MSTU MIREA ИРЭА

3. MSTU MIREA: Departments Date of Foundation: June 1947 10,000 students 1,500 teachers

4. MSTU MIREA : Education Scheme Engineer program (5 years study) Engineer diploma Bachelor program (4 years study) Master program (2 years study) Post graduate education Ph.D. degree Bachelor degree Master degree Foreign master program (1or2 years study) EC-Lille, Minho Univers.etc.

5. MSTU MIREA: Educational Programmes ИРЭА

6. MSTU MIREA : Education Scheme More than 50 Basic Departments in the Institutes of Russian Academy of Science, high-tech and defense industry

7. Priority directions of scientific research 1. Nanotechnology 2. Nanophotonics 3. Plasma physics 4. Solid-state physics 5. Micro- and nanoelectronics 6. Information telecommunication systems 7. Quantum electronics and electrodynamics 8. Intellectual control of complex dynamic objects 9. Information-logic basis of highly effective data processing 10. Development and research of high-effective methods for digital signals transmission 11. Fiber-optics systems for information collecting and transmission

8. 2. Russian-Dutch cooperation Starting point: 1995 Level of cooperation: Research laboratories Laboratory – the centre of high-tech education and training MSTU MIREA RUN Laboratory “Femtosecond optics for nanotechnology” FEMTON Spectroscopy of Solids and Interfaces Institute for Molecules and Materials Prof. E.Mishina Prof. Th. Rasing

9. Group Spectroscopy of Solids and Interfaces (RUN) http://www.ru.nl/ssi/ Study the relation between structure and properties of nanoscopic and molecular materials, with an emphasis on phenomena that occur on extremely small spatial dimensions (nanophysics) and very short time-scales (femtoseconds). A number of different methods are used, like linear and nonlinear optical techniques and scanning probe methods that yield the necessary atomic and interface sensitivities, whereas also completed new experimental tools, such as magnetization-induced second-harmonic generation, ultrasensitive polarimetry methods with femtosecond time resolution and atom lithography are being developed. In addition, novel methods of nanofabrication are being exploited in collaboration with supramolecular chemistry groups within the IMM. A new challenge is to combine the unique properties of optics (high frequency and time resolution) with the unsurpassed spatial resolution of scanning probe methods.

10. Laboratory “Femtosecond optics for nanotechnology” FEMTON - MSTU MIREA Goals: Fabrication and characterization of new types of materials and nanostructures for micro-, opto- and nano-electronics with high temporal and spatial resolution. • Materials : • semiconductor • functional • ferroelectric, • ferromagnetic, • multiferroic) • bio-organic Techniques: Femtosecond laser based http://www.nano.fel.mirea.ru

11. Directions of collaboration • 1. Research: joint goals, complementary methods • 2. Education • Students for diploma work (including joint supervising) • PhD students (including jointsupervising) • Laboratory workshop in Moscow • 3. Professor and Researchers’ • training • 4. Conferences, seminars SNOM&Confocal microscopy Methods of preparation and study of nanomaterials and nanostructures. Laboratory workshop on Nanotechnology: A Training Manual. Ed. A.S. Sigov. 2nd ed., rev. and add. M. BINOM. Knowledge Laboratory. - 2013. - 184 p. - (The textbook for high school) (in Russian). Prof. Rasing Keynote speaker KEYNOTE speaker

12. Funding Scheme • Joint projects • INTAS • RFBR-NWO • Ministry of Education and Sciences of RF (Program “Cadres”) • NWO (personal) • FP7 via RUN • Ministry of Education and Sciences of RF and RFBR • Part of the work is carried out in RUN

13. Funding & Joint Projects 145 kEuro

14. Project Applications

15. Results & Publications Joint publications - 33 Cumulative Impact Factor - 30,044 Cumulative citation - 270 Average citation per the paper - 11,25 Joint talks at the conferences - 38 Observation of a Near-Surface Structural Phase Transition in SrTiO3 by Optical Second Harmonic Generation. E.D. Mishina, T. V. Misuryaev, N. E. Sherstyuk, V. V. Lemanov, A. I. Morozov, A. S. Sigov, and Th. Rasing. Phys. Rev. Lett. v. 85, 3664-3667 (2000) IF 7.37Citations 35 Nonlinear-optical probing of nanosecond ferroelectric switching E. D. Mishina, N. E. Sherstyuk, V.I. Stadnichuk, A.S. Sigov, V.M. Mukhorotov, Yu.I. Golovko, A. van Etteger, Th. Rasing, Appl. Phys. Lett. 83, 2402-2404 (2003). IF 3.84Citations 24 DC-electric-field-induced second-harmonic generation in Si(111)-SiO2-Cr MOS structures. O.A. Aktsipetrov, A.A. Fedyanin, E.D. Mishina, A.N. Rubtsov, C.W. van Hasselt, M.A.C. Devillers, and Th. Rasing. Phys. Rev. B 54, 1825, (1996). IF 3.69Citations 41

16. People&quaification Total number of researchers 31 (21R+10NL) Visiting professors: 3R + 3 NL Students training in RUN: 11 R PhD Thesis : 4R Diploma of “Engineer” : 6 R Students in joint publications: 8R+3NL

17. Graduates carriers (15) Time in the Laboratory: graduates 3-4 years PhD students – 6-7 years MSTU MIREA: permanent, PhD – 3 PhD students - 4 RUN, Netherlands (PhD student) – 1 Aveiro University, Portugal (postdoc) – 1 Philips (Moscow) – 1 Gazprom -1 Hamamatsu (Moscow)- 1 Eurotek (Moscow) - 1

18. Suggestions • Short - period travel grants for master students and PhD students (less than 6 months per year) • (similar to Marie Curie Actions – IRSES) • RFBR-NWO joint Project on Continues basis • (as Russian-German)

19. Acknowledgements: University Nijmegen Prof. Rasing Thank you for your attention!