Wrocław Smart Materials Lab

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1 Wrocław Smart Materials Lab Meeting on 16 th Apr 2014 Ludwig Schultz Mirosław Miller

2 EU&PL context for SML concept Europa 2020 / Horizon 2020 launched Operational Program Intelligent Development in last stage of negotiation Concept of regional smart specialization not accepted for Poland: Action Plans R&D infrastructure in operational stage Industry modernized, needs for innovations and contacts with R&D institutions Ambitious financing tools developed by NCBR

3 Regional context for SML concept Several unique initiatives in Wroclaw Research Centre EIT+ Pracze Campus New campuses and infrastructure of Wroclaw universities Wroclaw Technology Park No 1 in Poland KGHM International global industry player Strong links to Saxony and Czech Republic Program NanoMat (EIT+): next steps needed!

4 Challanges for SML Institutional integration and cooperation Interdisciplinarity Internationalisation Links to industry and private funding Usage and development of key R&D infrastructure Development of part of regional materials research program ( NanoMat BIS )

5 Concept of SML environment Universitiy laboratories Laboratories at research institutes Pracze Campus Industrial partners PhD Program Education Integrated R&D program Wrocław University Wrocław University of Technology Seminars Conferences SML Group IEL INTiBS PAN EIT+ ML CAMS2 Center PAN International cooperation Projects POIR / Horizon 2020, R&D Infrastructure Cluster, Platform COST, ERA NET

6 Upcoming opportunities for SML

7 Program CuBR Mining and geology Ores processing Metallurgy, recycling, new materials Environment, risk management, business efficiency

8 Program CuBR Mining and geology Ores processing Metallurgy, recycling, new materials Environment, risk management, business efficiency Second call (90 mln zł):

9 Strategic program in preparation Novel materials technologies Advanced technologies and construction materials Advanced technologies and fotonic& nanoelectronic materials Advanced functional materials and materials of designed properties Advanced, non-waste materials technologies and biodegradable engineering materials Advanced technologies and materials for energy storage and transmission

10 Strategic program in preparation Novel materials technologies Advanced technologies and construction materials Advanced technologies and fotonic& nanoelectronic materials Advanced functional materials and materials of designed properties Advanced, non-waste materials technologies and biodegradable engineering materials Advanced technologies and materials for energy storage and transmission

11 Minerals for advanced materials technologies - Successor of NanoMat program - Regional smart specialization - Strong links to industry (mining, minerals, copper) - Possible future transformation into International Virtual Institute of Science

12 Minerals for advanced materials technologies Natural resources: mining and processing, waste recycling Energetics Chemistry Advanced and smart materials

13 Minerals for advanced materials technologies Natural resources: mining and processing, waste recycling Energetics Chemistry Advanced and smart materials: SML Group

14 R&D infrastructure for SML program Pracze Campus as open Science&Technology centre open for research and innovation Universitiy laboratories Laboratories at research institutes Pracze Campus

15 Laboratories for material studies Laboratorium Krystalograficzne Laboratorium Spektroskopii Optycznej Laboratorium Typu Clean-Room Laboratorium Mikroskopii Elektronowej on Pracze Campus Laboratorium Nanostruktur do Konwersji Energii Słonecznej Laboratorium Badań Składu i Powierzchni Laboratorium Technologii i Inżynierii Materiałów Polimerowych Laboratorium Wzmacniaczy i Laserów Światłowodowych Laboratorium Mikroobróbki Laserowej Laboratorium Syntezy i Charakteryzacji Związków Organicznych, Metaloorganicznych, Pierwiastków Rzadkich oraz Nanokryształów Laboratorium Naomis-Biosens Laboratoria Open-Space Nano Laboratoria Open-Space Synteza

16 Potential industry partners KGHM Tauron Selena Hamilton Sunstrand LG Philips 3M Kompozyty PM Matecs Legnica Spetsmagnit Moscow Advanced Magnetic Technologies and Consulting Moscow LG Corporation South Korea

17 Advanced Magnetic Technologies and Consulting LLC AMT&C conducts active technical researches and developments in cooperation with universities, research centers and industrial companies in Russia, Europe, USA and China. We use our experience and novel technical achievements for creation of new magnetic equipment, technologies and materials. Priority R&D direction of our company is magnetic materials and devices based on nanotechnologies. We have a great experience in development of magnetocaloric, data storage and electronic materials, synthesis and researches of chemical and physical properties of various materials, including nanocomposite materials. At present time our company conducts by its own and offers cooperation in R&D in the following directions: - magnetic cooling; - magnetic foams; - new types of magnetic materials.

18 Setting the automatic monitoring of scrap metal in moving railway wagons Magnetic carrier and medical preparation for controllable delivery and release of active substances Method for determining the field and temperature dependence of the adiabatic temperature change by using the universal curve Method of magnetic separation and device for it s implementation Halbach-type variable magnetic field generator

19 Spetsmagnit, Moscow Production of wide range of cast alloys - from cheapest AlNi for the active energy meters to columnar high energy magnets of Alnico 5 or Alnico 8 chemistry - all kinds of sintered Sm-Co (including 2:17 type and thermostable ones) and Nd-Fe-B - various deformed and cast Fe-Cr-Co alloys featured by good combination of magnetic properties and high strength Consulting in area of selection and design of magnetic systems. Standarization of magnet materials and application documentation. Certification of tests and measuring equipment.

20 11 technology interest topics of LG Topic 3. Inorganic and Hybrid Material Topic 4. Organic and Polymer Material Topic 6. Micro and Nano Device Topic 10. Thermal Dynamics

21 11 technology interest topics of LG Long term presence in scientific field of Poland to establish mutually beneficial cooperation Selection of 3-4 universities (institutions) and 5-6 projects of LG interest for meetings and discussions Joint development, selling sample, selling or licensing patents, support your projects in EU and local scientific program and others Meetings in Cracow and Wrocław on April Goals maximum : - EIT+ one of partner institution - Coordination of the program in Wrocław

22 Potential R&D partners Wrocław institutions (incl. EIT+) IFW Dresden (Leibniz institute) Dresden High Magnetic Field Laboratory / HZDR Dresden Center for Nanoanalysis (Fraunhofer TU Dresden) Regional Materials Science and Technology Centre, VSB Ostrava Russian partners (incl. Moscow State University, Baikov Institute) French and Swiss partners (Prof. Jerzy Kaleta)

23 How to start? Strengthen networking within SML Group Pilot projects to identify common interests and synergies SML network laboratory (based on EIT+) Home page of SML showing initiatives Preparation of the research and technology program for as part of NanoMat bis

24 Long-term R&D&I collaboration between EU and Russia At least three different countries, of which at least one team eligible for funding from Russia Operational Costs - Travel and Subsistence - Equipment - Consumables - Other costs (e.g. costs for publication, dissemination and patenting) Call closes: 28 May 2014 Poland: < EUR / project (Polish part)

25 Possible ERA NET RUS project Prof. Vasiliev (MGU) Prof. Burkhanov (RAN) Spetsmagnit (Moscow) Prof. Kursa (VSB Ostrava) Prof. Wosnitza (HZDR Dresden) SML Group

26 Networking of big number of partners (>20, international and interdisciplinary) Incubation of Horizon 2020 projects At least half of support for new Members States Coordination by new Member States supported Launching 1 Q 2015?

27 Proposed SML thematic groups - Physics of magnetism - Superconductivity - Magnetic smart materials for applications - Advanced materials for photonics and nanoelectronics/spintronics - Smart materials for medicine

28 Example: Molecularly Doped Metals D. Avnir, the Hebrew University of Jerusalem

29 Projects applied at NCBR (with ML) 1. New generation of EMC materials of broad spectrum of deadened electromagnetic frequencies Coordinator: Electrotechnical Institute 2. Application of innovative technologies of production of superconductive elements from MgB2 for advanced industrial energetics Coordinator: Military Academy of Technology

30 Other projects (with ML) NCN: Remodeling of tissues by ultra-high magnetic field coordination through caveolae" Coordinator: Institute of Immunology and Experimental Therapies 7 Framework Programme: "Research and Innovation Capacity Strengthening of ISSP- BAS in Multifunctional Nanostructures" Coordinator: Institute of Solid State Physics, Bulgarian Academy of Sciences.

31 Next events (visits, conferences) LG Corporation visit in Wrocław, SML/EIT+, 24. April IEEE International Magnetics Conference, INTERMAG Europe 2014, Dresden, 4-8. May 2014 Ceremonial sign of MoU between Helmholtz/ Rossendorf and ML, Wrocław, 17th June 2014

32 Next events (seminars) Prof. Alexander Vasiliev & Dr. Olga Volkova (Physics Faculty, Moscow State University), 5-7. May: - "Quantum Phenomena in Nature (superconductivity and novel magnetism in minerals" - "Low temperature phase transition in (NO)Cu(NO3)3" Prof. Jaromir Pistora & Dr. Kamil Postava (Nanotechnology Centre VSB Ostrava),?? May - Research Activities at Nanotechnology Centre and Department of Physics, VSB Ostrava Prof. Rudolf Schäfer, IFW Dresden, 29. May Dr. Thomas Woodcock, IFW Dresden, 2-3. June

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34 Grupa Smart Materials Lab Z inicjatywy Międzynarodowego Laboratorium utworzono wirtualną grupę naukowców wrocławskich uczelni i instytutów naukowych pracujących nad zaawansowanymi i tzw. inteligentnymi materiałami oraz ich aplikacjami w nowych technologiach. Znaczną część tych materiałów stanowią materiały magnetyczne, stąd zainteresowanie ML rozwijaniem wiedzy o nich we Wrocławiu. Grupą tą, tzw. SML (Smart Materials Lab) kieruje Prof. Ludwig Schultz z IFW Drezno, jeden ze światowych autorytetów w zakresie materiałów metalicznych i nadprzewodnictwa. Systematyczne spotkania Grupy SML organizowane od 2014 służą utworzeniu sieci zespołów badawczych i naukowców, którzy w swoich pracach potrzebują charakterystyki materiałów w silnych polach magnetycznych i niskich temperaturach. W ramach kontaktów mamy nadzieję na wykreowanie nowych, międzydziedzinowych tematów badawczych z udziałem ML, udostępnienia unikalnych laboratoriów na wspólne projekty, zbudowanie masy krytycznej badawczy materiałów inteligentnych, rozpoznawalnej w Kraju i poza jego granicami. Prace nad wspólnymi projektami partnerów Grupy już się rozpoczęły, czego rezultatem są aplikacje złożone z udziałem ML do Narodowego Centrum Nauki oraz Narodowego Centrum Badań i Rozwoju. Grupa SML systematycznie się powiększa i składa się obecnie, poza naukowcami ML z zespołów z Instytutu Niskich Temperatur i Badań Strukturalnych, Instytutu Immunologii i Terapii Doświadczalnej, Politechniki Wrocławskiej, Uniwersytetu Wrocławskiego, Uniwersytetu Przyrodniczego. Program badawczy Grupy SML wpisuje się w tworzoną obecnie regionalną specjalność inteligentną o roboczej nazwie Surowce dla Zaawansowanych Technologii Materiałowych.