program 4th euro intelligent materials 2019 - dgm...congress office deutsche gesellschaft für...

1https://intelligent-materials2019.dgm.de

Program

4th Euro

Intelligent Materials 201917 - 19 June 2019Kiel, Germany

32

Table of Contents 2

Welcome Note 3

Notes 4

General Information 5

Programme Committee 6

Topics 7

List of Invited Speakers 7

Programme Overview 8

Programme Monday 10

Networking Evening 12

Programme Tuesday 13

Diels Planck Lecture 18

KiNSIS Prize Ceremony 19

Poster Session - Networking Evening 20

Programme Wednesday 23

List of Authors 27

About the CRC 1261 30

About the RTG 2154 31

About the Research Unit FOR 2093 32

German Norwegian Study Centre (DNSZ) 33

Presenting Kiel University 34

Arival and Parking Information 35

Table of ContentsIntelligent materials integrate novel functionalities into materials. Examples include self-responsive ma-terials, switchable materials and biofunctional materials, to name a few. In the biomedical context such materials are highly relevant, starting from biomagnetic sensing to brain implants. If intelligent materials are used in devices they can often be made more energy efficient and autonomous. Also in sensor and actuator systems intelligent materials can lead to significantly increased sensitivity.

Such intelligent materials typically have complex internal structures: they can be composites of different material classes such as multiferroics or hybrid materials; they might be nanostructured or hierarchically built-up; they could be bioinspired and possess functional elements ranging from single molecules to the macroscale; they might have adaptive properties and thus become self-responsive.

All those materials and their design and development have to be accompanied by high-resolution ana-lytical tools that are able to characterize the materials on all scales and, moreover, track and reveal their function-structure relations in situ or in operando.

In addition to invited plenary lectures, the conference encompasses oral and poster presentations.

Moreover, contributions related to the Collaborative Research Center CRC 1261 (Magnetoelectric Sensors: From Composite Materials to Biomagnetic Diagnostics), the Research Training Group RTG 2154 (Materials for Brain (M4B): Thin film functional materials for minimally invasive therapy of brain diseases) and the Research Unit FOR 2093 (Memristive devices for neuronal systems) will be included.

After the successful conferences in 2013, 2015 and 2017 the 4th European Symposium on Intelligent Materials will bring together experts in the field of intelligent materials to present and discuss recent de-velopments and detect future trends. A focus of the conference is the interdisciplinary exchange between scientists from materials science, physics, chemistry and biology.

Therefore, the European Symposium on Intelligent Materials 2019 is an excellent forum for discussions with international key researchers. It has the aim to stimulate new collaborations for developing novel intelligent material systems and characterizing their functionality, from molecular mechanisms to appli-cations.

We are looking forward to seeing you in Kiel!

Welcome Note

Christine Selhuber-UnkelKiel University (Germany)

Eckhard QuandtKiel University (Germany)

54

General Information

Conference venueATLANTIC HOTEL KielRaiffeisenstraße 2 24103 Kiel, GermanyT +49 (0) 431 374 99 -0F +49 (0) 431 374 99 -500www.atlantic-hotels.de/kiel

Date17 - 19 June 2019

Hotel InformationKiel-Marketing e. V. has reserved a contingency of different hotel rooms in the city centre.Further information is available on the according website www.convention-kiel.de/index.php?id=3020&L=1

Conference ChairsChristine Selhuber-Unkel,Eckhard QuandtKiel University (Germany)

Congress OfficeDeutsche Gesellschaft für Materialkunde e.V.c/o INVENTUM GmbHAlexia Ploetz, Stephan SiewertMarie-Curie-Straße 11-1753757 Sankt Augustin (Germany)T +49 (0) 151 2122 [email protected]

Conference Websitehttps://intelligent-materials2019.dgm.de

Conference LanguageThe official congresslanguage is English.

ProceedingsThe papers presented at the conference will be published as abstracts on the conference website.

Conference FeesYoung Researchers up to 30 yearsDGM members* 230 EURNon-members 290 EUR

Expert Researchers31-40 yearsDGM members* 400 EURNon-members 460 EUR

Professionals UniversityDGM members* 550 EURNon-members 610 EUR

IndustryDGM members* 730 EURNon-members 790 EUR

Women in Science and Engineering BreakfastInspiration, communication and networking! Join outstanding female scientists over breakfast who will share their experien-ce and knowledge on various family and career topics. Registration required by 5 June.Tuesday, 7:45 am

Poster Session and Networking EveningThe Poster Session and Networking Evening will be held on Tuesday 18 June 2019.

Snacks and beverages will be offered.

Social EveningThe venue of the Social Evening, Monday 18:30 - 22:00, will be the traditional ship and technical cultural monument the MS „Stadt Kiel“. Built in 1934 the ship looks back on an eventful history. Shortly after the completition, it was hit by a bomb and sank, the wrack was brought to Svendborg/DK and returned to Kiel in 1946.

Since 1983 the friends associ-ation „Förderverein MS „Stadt Kiel“ e. V.“ with its honorary helpers work for the continuity of this landmark of the city of Kiel.

Enjoy the beautiful view on the Kiel Fjord over a local dinner buffet on board!

Notes

https://intelligent-materials2017.dgm.de

https://intelligent-materials2017.dgm.de

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Programme Committee

Peter FratzlMax Planck Institute of Colloids and Interfaces (Germany)

Eckhard QuandtKiel University (Germany)

Marit Sletmoen Norwegian University of Science and Technology Trondheim (Norway)

Richard JamesUniversity of Min-nesota (USA)

Stanislav GorbKiel University (Germany)

Regine Willu-meit-RömerKiel University& Helmholtz-Zentrum Geesthacht (Germany)

Christine Selhuber-UnkelKiel University (Germany)

Jörg LöfflerETH Zurich (Switzerland)

Nian SunNortheastern University, Boston (USA)

Hermann KohlstedtKiel University (Germany)

Shashank PriyaPenn State (USA)

Anne StaubitzUniversity of Bremen (Germany)

TopicsAbstracts are solicited on the basic principles, modelling and simulation, synthesis, characteriza-tion, and applications of intelligent materials, especially of:

• smart materials (piezoelectrics, magnetostrictive materials, shape memory alloys)• multiferroic materials and composites• multifunctional materials and composites• memristive materials and devices• biofunctional materials,• bioinspired materials• biohybrid materials

In addition to invited plenary lectures, the conference encompasses oral and poster presenta-tions.

Moreover, contributions related to the Collaborative Research Center CRC 1261 (Magnetoelectric Sensors: From Composite Materials to Biomagnetic Diagnostics), the Research Training Group RTG 2154 (Materials for Brain (M4B): Thin film functional materials for minimally invasive therapy of brain diseases.) and the Research Unit FOR 2093 (Memristive devices for neuronal systems) will be included. Furthermore, a German-Norwegian Symposium on Biofunctional Materials is included in the program.

Invited Speakers• Rainer Adelung, Kiel University (Germany)• Longqing Chen, Penn State (USA)• Martina Cihova, ETH Zurich (Switzerland)• Franz Faupel, Kiel University (Germany)• Thorsten Gesing, University of Bremen (Germany)• Julia Greer, Caltech (USA)• Richard James, University of Minnesota (USA)• Ali Khademhosseini, UCLA (USA)• Cornelia Lee-Thedieck, Leibniz University of Hannover (Germany)• Reidar Lund, University of Oslo (Norway)• Jeffrey McCord, Kiel University (Germany)• Dennis Meier, Norwegian University of Science and Technology (Norway)• Christelle Prinz, Lund University (Sweden)• Shashank Priya, Penn State (USA)• Daniel Sando, University of New South Wales (Australia)• Anne Staubitz, University of Bremen (Germany)• Berit L. Strand, Norwegian University of Science and Technology (Norway)• Nian Sun, Northeastern University (USA)• Patrik van Rijn, University of Groningen (Netherlands)• Stephan Wulfinghoff, Kiel University (Germany)

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Programme Overview MondayRoom Förde II Room Förde III

Monday, 17 June 2019

09:00 Registration

11:30 Welcome Reception

12:00 Opening Ceremony

12:15 Invited Lectures

13:45 Coffee Break

14:15 C1 - Phase Transformations C2 - Multifunctional Materials

15:45 Coffee Break


18:15 Short Break

18:30 Departure of the MS „Stadt Kiel“

22:00 End of the 1st day

Room Förde II Room Förde III

Tuesday, 18 June 2019

07:45 Women in Science and Engineering Breakfast


11:00 Coffee Break

11:30 C3 - Smart Materials C4 -German-Norwegian Symposium on Biofunctional Materials

13:00 Lunch Break


15:45 Coffee Break

16:15 C5 - Magnetoelectrics C6 - Biofunctional Materials

18:15 Short Break

18:30 Diels Planck Lecture and KiNSIS Prize Ceremony

20:00 Poster Session and Networking Evening

22:00 End of the 2nd day

Wednesday, 19 June 2019


10:00 Poster Prize awards ceremony

10:10 Coffee Break

10:30 C7 - Memristors C8 - Bioinspired Materials


13:15 Lunch Break

15:00 Lab visit Faculty of Engineering

Programme Overview Tuesday & Wednesday

1110

Programme Monday (09:00-14:15) Programme Monday (14:15-15:30)Room Förde II Room Förde III

Monday, 17 June 2019

09:00 Registration

11:30 Welcome Reception

12:00 Opening Ceremony

ChairInvited LecturesE. Quandt, Kiel University (Germany)

12:15 Materials by Design: Three-Dimensional (3D) Nano-Architected Meta-MaterialsJ.R. Greer (Sp)1

1California Institute of Technology, Pasadena (United States)

12:45 Bioinstructive Materials for studying stem cell niches in health and diseaseC. Lee-Thedieck (Sp)1

1Leibniz University Hannover (Germany)

13:15 Delta-E effect magnetic field sensorsF. Faupel (Sp)1

1Kiel University (Germany)

13:45 Coffee Break


SessionChair

C1 - Phase TransformationsL. Kienle, Kiel University, Germany

C2 - Multifunctional MaterialsF. Faupel, Kiel University, Germany

14:15 Influence of crystallographic compatibility on phase transition inthe ceramic YTaO4-ZrHfO4 systemJ. Jetter (Sp)1; H. Gu2; H. Zhang3; M. Wuttig4; J.R. Greer3; R.D. James2; E. Quandt1

1Kiel University (Germany); 2University of Minnesota, Minneapolis, (United States);

3California Institute of Technology, Pasadena, (United States); 4University of Maryland, College Park, (United States)

Prediction, manufacturing, and characterization of multifunctional surfacesA. Gärtner (Sp)1; N. Felde1; L. Coriand1; S. Schröder1; A. Tünnermann1

1Fraunhofer Institute for Applied Optics and Precision Engineering IOF, Jena (Germany)

14:30 Shape Memory Effect in Zirconia-Based Ceramics via Micropillar CompressionH. Zhang (Sp)1; J. Jetter2; H. Gu3; R.D. James3; E. Quandt2; J.R. Greer1

1California Institute of Technology, Pasadena (United States); 2Kiel University (Germany); 3University of Minnesota, Minneapolis (United States)

Ionosilicas as tailor-made anion exchange materialsP. Hesemann (Sp)1; B. Prelot2

1University of Montpellier (France);

2Institut Charles Gerhardt de Montpellier (France)

14:45 Influence of crystallographic compatibility on thermal hysteresis and material properties in the system Ba(Ti(1-x)Zr(x))O3M. Wegner (Sp)1; H. Gu2; R.D. James3; E. Quandt1

1Kiel University (Germany); 2University of Minnesota, Minneapolis (United States);

3Unversity of Minnesota, Minneapolis (United States)

Active nanocomposite with liquid inclusions of responsive colloids for switchable optical scattering and colourT. Kraus (Sp)1; D. Doblas Jiménez1; J. Hubertus1; T. Kister1

1INM Leibniz Institute for New Materials, Saarbrücken (Germany)

15:00 Growth and characterization of VO2/ferroelectric thin film heterostructures deposited on various complex oxides single crystal substratesA. Petraru (Sp)1; H. Kohlstedt1; R. Droopad2

1Kiel University (Germany); 2Texas State University, San Marcos (United States)

15:15 Fabrication and structural analysis of lead-free ferroelectric ceramics within the potassium sodium niobate system P. Pop-Ghe (Sp)1; E. Quandt1


Functional polymer thin films with tailored properties synthesized by initiated chemical vapor depositionS. Schröder (Sp)1; M.H. Burk1; W. Reichstein1; F. Ellermann1; S. Rehders1; O.C. Aktas1; T. Strunskus1; F. Faupel11Kiel University (Germany)

1312

Programme Monday (15:30-22:00) Programme Tuesday (07:45-09:00)Room Förde II Room Förde III

15:30 SMA-Film Based Elastocaloric Cooling for Small Scale ApplicationsF. Brüderlin (Sp)1; L. Bumke2; E. Quandt2; M. Kohl11Karlsruhe Institute of Technology (KIT), Eggenstein-Leopoldshafen (Germany); 2Kiel University (Germany)

Adaptive fiber-reinforced composites with elastomer matricesF. Lohse (Sp)1; C. Cherif1; W. Trümper1

1Technische Universität Dresden (Germany)

15:45 Coffee Break

ChairInvited LecturesC. Selhuber-Unkel, Kiel University (Germany)

16:15 Energy Harvesting Materials and SystemsS. Priya (Sp)1

1Virginia Tech, Blacksburg (United States)

16:45 New concepts for the direct conversion of heat to electricityR.D. James (Sp)1

1University of Minnesota, SE Minneapolis (United States)

17:15 Alginate enzymatic and chemical modification and their use in biomedical applicationsB. Strand (Sp)1

1Norwegian University of Science and Technology (NTNU), Trondheim (Norway)

17:45 Biocorrosion zoomed in: Nanoscale insights into the biodegradation behavior of Mg-Zn-Ca-lean alloys.M. Cihova (Sp)1; P. Schmutz2; E. Martinelli3; R. Schäublin1; A. Myrissa3; A.M. Weinberg3; P.J. Uggowitzer1; J.F. Löffler1

1ETH Zurich, Zürich (Switzerland); 2EMPA Swiss Federal Laboratories for Materials Science and Technology, Dübendorf (Switzerland); 3Medical University of Graz (Austria)

18:15 Short Break

18:30 Departure MS „Stadt Kiel“

22:00 End of the 1st day


Tuesday, 18 June 2019

07:45 Women in Science and Engineering Breakfast

For the first time, the Intelligent Materials conference will offer a Women in Science and Engineering Breakfast!

The concept includes different theme tables covering various family and career topics. Outstanding female scientists will have breakfast together with the participants at a theme table and exchange their knowledge and experiences on a topic she is expert in.

The following topics are offered:1. Career and family: Balancing life and work! Experiences of female scientists

with children.2. Career strategies I: Academia vs. Industry: pros and cons.3. Career strategies II: Career promotion after the PhD/Post-Doc: Funding oppor-

tunities in the German science sector.4. Career strategies III: Challenges women face when they climb the career ladder:

Experiences and strategies.

The following renowned female scientists are welcoming you at this interactive event: • Julia Greer, Caltech (USA)• Cornelia Lee-Thedieck, University of Hannover (Germany)• Christelle Prinz, Lund University (Sweden)• Christine Selhuber-Unkel, Kiel University (Germany)• Anne Staubitz, University of Bremen (Germany)

The number of places is limited. Therefore, participants have to register for this event.If you have registered for the conference, no additional costs are involved for you.To register, please contact [email protected] is 5 June 2019. With this event, we want to provide an informal setting and a relaxed atmosphere in which the participants and experts can talk and exchange each other on the different topics.

We are looking forward to your registration for the Women in Science and Engineering Breakfast

1514

Programme Tuesday (12:15-15:45)Programme Tuesday (09:00-12:15)Room Förde II Room Förde III

ChairInvited LecturesE. Quandt, Kiel University (Germany)

09:00 Antimicrobial Peptides: from the basic molecular mechanism of action to self-assembled nanopeptides against bacterial infectionsR. Lund (Sp)1

1University of Oslo (Norway)

09:30 An efficient two-scale method for the simultaneous mechanical simulation of composite components and their microstructureS. Wulfinghoff (Sp)1


10:00 Molecular Switches in PolymersA. Staubitz (Sp)1 1University of Bremen (Germany)

10:30 Magnetic domain effects in magnetoelectric sensors J. McCord (Sp)1


11:00 Coffee Break

Session

Chair

C3 - Smart Materials

S. Wulfinghoff, Kiel University (Germany)

C4 - German-Norwegian Symposium on Biofunctional Materials C. Lee-Thedieck, Leibniz University of Hannover (Germany)

11:30 Pyroelectric active coatings in aqueous environmentsS. Apelt (Sp)1; U. Bergmann1


KeynoteGlycan-coated surfaces: Intelligent surfaces mediating a multitude of biological functionsM. Sletmoen (Sp)1

1Norvegian University of Science and Technology (NTNU), Trondheim (Norway)

11:45 AlN and AlScN Thin Film Hydroacoustic SensorsH. Lewitz (Sp)1; A. Namenas1; J. Abshagen1; G. Schmidt1; E. Quandt1


KeynoteBioinspired tannic acid nanocoatings for bone-anchored implantsH. Tiainen (Sp)1; F. Weber1; S. Geissler1; A. Barrantes1

1University of Oslo (Norway)

12:00 Low-frequency vibration sensor with a sub-nm sensitivity using a bidomain lithium niobate crystalI. Kubasov (Sp)1; A. Kislyuk1; A. Turutin1; A. Bykov1; D. Kiselev1; A. Temirov1; R. Zhukov1; N. Sobolev2; M. Malinkovich1; Y. Parkhomenko1

1National University of Science and Technology MISiS, Moskva (Russia);

2University of Aveiro (Portugal)

3D Environments for Cells – Microchan-nels in Biofunctional HydrogelK. Siemsen (Sp)1; H.C. Trinh1; F. Rasch1; Y.K. Mishra1; R. Adelung1; J. Lammerding2; C. Selhuber-Unkel11Kiel University (Germany);

2Cornell University, Ithaca (United States)


12:15 Transformation and Actuation Properties of Vanadium Dioxide-Based NanostructuresS. Rastjoo (Sp)1; X. Wang2; A. Ludwig2; M. Kohl11Karlsruhe Institute of Technology (KIT), Eggenstein-Leopoldshafen (Germany);

2Ruhr-Universität Bochum (Germany)

KeynoteSulfated alginates as biomaterialsO. Arlov (Sp)1

1SINTEF Industry, Trondheim (Norway)

12:30 Optimizing sputtered NiTi-based shape memory alloys for elastocaloric cooling systemsL. Bumke (Sp)1; F. Bruederlin2; C. Chluba1; M. Kohl2; E. Quandt1

1Kiel University (Germany); 2Karlsruhe Institute of Technology (KIT) (Germany)

KeynoteNanoscale friction of electrolyte moleculesA. de Wijn (Sp)1

1Norwegian University of Science and Technology NTNU, Trondheim (Norway)

12:45 Nanogenerator Inspired Energy Efficient Magnetic Field SensorsM. Schweichel (Sp)1; S. Schröder1; S. Kaps1; J. Carstensen1; T. Strunskus1; F. Faupel1; R. Adelung1


Design optimization for thin film based flow diverter stents for the treatment of intracranial aneurysmsE. Quandt (Sp)1; P. Velvaluri1; M. Pravdivtseva2; R. Lima de Miranda1; O. Jansen2

1Kiel University (Germany);

2University Medical Center Schleswig-Holstein, Kiel (Germany)

13:00 Lunch Break

ChairInvited LecturesR. Adelung, Kiel University (Germany)

13:45 Effect of Boron and Carbon Content on FeGa and FeCo based Thin Film Magnetostrictive MaterialsN. Sun (Sp)1; C. Dong1; X. Liang1; J. Wang1

1Northeastern University Boston (United States)

14:15 Enhancing Piezoelectricity of Relaxor-Ferroelectrics Guided by Phase-field SimulationsL. Chen (Sp)1; F. Li1; S. Zhang1; T. Shrout1

1Penn State University, Philadelphia (United States)

14:45 Unidirectional rotating molecular motors direct the fate of mesenchymal stem cellsP. van Rijn (Sp)1; Q. Zhou2; J. Chen1; B. Feringa1; Y. Luan3

1University of Groningen (Netherlands); 2Qingdao University (China);

3University Medical Center Groningen (Netherlands)

1716

Programme Tuesday (15:45-17:30)Room Förde II Room Förde III

15:15 Bio-applications of semiconductor nanowiresC. Prinz (Sp)1

1Lund University (Sweden)

15:45 Coffee Break

SessionChair

C5 - MagnetoelectricsN. Sun, Northeastern University (USA)

C6 - Biofunctional MaterialsS. Sindt, Kiel University (Germany)F. Rasch, Kiel University (Germany)

16:15 Sensing fT magnetic fields by magnetoelectric metglas / bidomain y+140°-cut lithium niobate compositeA. Kislyuk (Sp)1; J. Vidal2; I. Kubasov1; A. Turutin1; M. Malinkovich1; S. Kobeleva1; N. Sobolev2

1National University of Science and Technology MISiS, Moskva (Russia);


Macroscopic and Highly Porous 3D Networks: Fabrication and Biomedical ApplicationsF. Rasch (Sp)1; R. Adelung1; F. Schütt1; Y.K. Mishra1; A.S. Nia2; M. Lohe2; X. Feng2; V. Adamski3; J. Held-Feindt3; C. Schmitt1; K. Hattermann1


2Technische Universität Dresden (Germany);

3University Medical Center Schleswig-Holstein, Kiel (Germany)

16:30 Magnetoelectric Composite Sensor Based On Magnetostrictive MultilayersL. Thormählen (Sp)1; M. Jovicevic Klug1; S. Toxværd1; M. Höft1; E. Quandt1; J. McCord1; D. Meyners1


3D printed PLA for multipurpose applications in chemistry and biologyM. Schneider (Sp)1; A. Taubert1

1University of Potsdam (Germany)

16:45 Extinction of Magnetic Noise Contributions through Magnetic Domain Stabilization in Magnetoelectric Composite SensorsM. Klug (Sp)1; L. Thormählen1; S. Toxværd1; M. Höft1; E. Quandt1; D. Meyners1; J. McCord1


Quantum dots: A foot step towards NanomedicineR. Wahab (Sp)1; F. Khan2; Y.K. Mishra3

1King Saud University, Riyadh (Saudi Arabia); 2Taibah University, Madinah, Yanbu (Saudi Arabia);


17:00 Electrically modulated magnetoelectric composites for sensing of small magnetic fieldsP. Hayes (Sp)1; S. Toxværd1; M. Jovicevic Klug1; D. Burdin2; V. Schell1; Y. Fetisov2; R. Knöchel1; J. McCord1; E. Quandt1


2MIREA - Russian Technological University, Moscow (Russia)

Magnetron sputtered freestanding MgAg films with ultra-low corrosion rateL. Jessen (Sp)1; C. Zamponi1; R. Willumeit-Römer2; E. Quandt1


2Helmholtz-Zentrum Geesthacht (Germany)

Programme Tuesday (17:30-22:00)Room Förde II Room Förde III

17:15 Substrate Materials for High Sensitivity Love Wave Magnetic Field SensorsV. Schell (Sp)1; A. Kittmann1; P. Durdaut1; J. Labrenz1; C. Müller1; J. McCord1; A. Bahr1; M. Höft1; E. Quandt1


Influence of glioblastoma multiforme cell lines on magnesium degradationR. Unbehau (Sp)1; D. Laipple1; B. Luthringer-Feyerabend1; R. Willumeit-Römer1


17:30 Voltage-programmable magnetism in metal-oxide/metal-films and nanoislands by ionic mechanismsK. Leistner (Sp)1; K. Duschek1; J. Zehner1; M. Nichterwitz1; I. Soldatov1; R. Schäfer1; S. Fähler1; K. Kavanagh2; K. Nielsch1

1Leibniz Institute for Solid State and Materials Research Dresden (Germany);

2Simon Fraser University, Burnaby (Canada)

Cell Adhesion on Hydrogels: The Influence of Layer ThicknessS. Sindt (Sp)1; G. Ream1; C. Selhuber-Unkel11Kiel University (Germany)

17:45 Mechanical Resonant Frequency Tunable Magnetoelectric Sensors using Shape Memory AlloysS. Curtis (Sp)1; E. Yarar1; D. Meyners1; E. Quandt1


3D printing of piezoelectric barium titanate/ hydroxyapatite composite ceramics for bone tissue engineeringC. Polley (Sp)1; T. Distler2; D. Rüffer1; R. Detsch2; A.R. Boccaccini2; H. Seitz1

1University of Rostock (Germany);

2Friedrich-Alexander-Universität Erlangen-Nürnberg (FAU) (Germany)

18:00 Suppression of acoustic and thermal noises in magnetoelectric sensors based on bidomain lithium niobateA. Turutin (Sp)1; J. Vidal2; I. Kubasov1; A. Kislyuk1; D. Kiselev1; M. Malinkovich1; Y. Parkhomenko1; S. Kobeleva1; N. Sobolev2

1National University of Science and Technology MISiS, Moskau (Russia);


3D microchannel-containing, conductive polyacrylamide scaffolds for biohybrid actuatorsC. Arndt (Sp)1; T. Marter1; M. Taale1; F. Schütt1; F. Rasch1; Y.K. Mishra1; R. Adelung1; C. Selhuber-Unkel11Kiel University (Germany)

18:15 Short Break

18:30 Diels Planck Lecture and KiNSIS Prize Ceremony

1918

Diels Planck Lecture

The lecture series honours the founders of nano science in Kiel, the Nobel Prize winners Max Planck und Otto Diels

Prof. Dr. Zhong Lin WangCollege of Engineering, Center for Nanostructure Characterization (CNC), Georgia Tech, USA

Maxwell’s displacement current governed triboelectric nanogenerator for self-powered systems and blue energy

Dr. Zhong Lin Wang is the Hightower Chair in Materials Science and Engineering, Regents‘ Professor, College of Engineering Distinguished Professor and Director, Center for Nanostructure Characterizati-on, at Georgia Tech. Wang has made innovative contributions to the synthesis, discovery, characteriz-ation and understanding of fundamental physical properties of oxide nanobelts and nanowires, as well as applications of nanowires in energy sciences, electronics, optoelectronics and biological science. He invented and pioneered the in-situ technique for measuring the mechanical and electrical properties of a single nanotube/nanowire inside a transmission electron microscope. He is the world leader in ZnO na-nostructure research in the last decade. His breakthroughs in developing nanogenerators establish the principle and technological road map for harvesting mechanical energy from environment and biologi-cal systems for powering a personal electronics. The field created by him on self-powered nanosystems inspired the worldwide effort in academia and industry for studying energy for micro-nano-systems, which is now a distinct disciplinary in energy research and future sensor networks. He coined the field of piezotronics and piezo-phototronics by introducing piezoelectric potential gated charge transport process in fabricating new electronic and optoelectronic devices, which have potential applications in MEMS/NEMS, nanorobotics, human-electronics interface, sensors, medical diagnosis and photovoltaic.

Abstract of the lectureContact electrification (triboelectrification) effect, the most fundamental effect for electricity, has been known for over 2600 years, but its scientific mechanism remains unclear. The study of triboelectrifica-tion is recently revived due to the invention of the triboelectric nanogenerators (TENGs) by using the coupling of triboelectrification and electrostatic induction effects, which is the most effective approach for converting tiny mechanical energy into electricity for powering small sensors. TENG is playing a vi-tally important role in the distributed energy and self-powered systems, with applications in internet of things, environmental/infrastructural monitoring, medical science, environmental science and security. In this talk, we first present the physics mechanism of triboelectrification for general materials. Second-ly, the fundamental theory of the TENGs is explored based on the Maxwell equations. In the Maxwell’s displacement current proposed in 1861, the term gives the birth of electromagnetic wave, which is the foundation of wireless communication, radar and later the information technology. Our study indicates that, owing to the presence of surface polarization charges present on the surfaces of the dielectric media in TENG, an additional term should be added in the Maxwell’s displacement current, which is the output electric current of the TENG. Therefore, our TENGs are the applications of Maxwell’s displace-ment current in energy and sensors. TENGs have the major application fields micro/nano-power source, self-powered sensors and blue energy. We will present the applications for harvesting all kind mecha-nical energy that is available but wasted in our daily life, such as human motion, walking, vibration, mechanical triggering, rotating tire, wind, flowing water and more. Then, we will illustrate the networks based on triboelectric TENGs for harvesting ocean water wave energy, for exploring its possibility as a sustainable large-scale blue energy. Lastly, we will show that TENGs as self-powered sensors for actively detecting the static and dynamic processes arising from mechanical agitation using the voltage and current output signals.

Highlight Programme Tuesday (18:30-20:00)

KiNSIS Prize Ceremony

Kiel Nano Surface and Interface Science (KiNSIS)

KiNSIS is one of the Priority Research Areas of Kiel University. More than one hundred scientists from chemistry, physics, engineering and life sciences work together in order to understand systems in the nano dimension and turn knowledge into applications, such as molecular machines, novel sensors, bionic materials, quantum computers, advanced therapies and many more. Crossing the borders of disciplines the scientists pursue their research goals together in excellent research programmes, like Collaborative Research Centres as the CRC 1261 „Magnetoelectric Sensors: From Composite Materials to Biomagnetic Diagnostics“, Research Units as the FOR 2093 „Memristive devices for neural systems“ or Research Training Groups as the RTG 2154 „Materials for Brain“. KiNSIS annually awards the Diels-Planck-Lecture to an outstanding scientist and established leader in the field of nano and surface science. Nominations are assessed by the members of KiNSIS. The lecture series, started in 2014, is named after the originators of the nanosciences in Kiel, the Nobel laureates Max Planck and Otto Diels. The promoting of young scientists is another aim of KiNSIS. Promising researchers in the field of Nano Science at Kiel University are honoured with prizes of 1.000 Euro for the best dissertations.

In 2019, the KiNSIS dissertation prizes are awarded in four research fields:

Nano Chemistry: • Dr. rer. nat. Nadja Stucke – Modellsysteme für die Stickstofffixierung basierend auf

Pincerliganden: Spektroskopische Untersuchungen in Lösung und auf Oberflächen

Nano Engineering: • Dr.-Ing. Fabian Schütt – Utilizing Nanoscopic Functionality by Effective Macroscopic

Assembly of Low Dimensional Nanomaterials

Nano Life Science:• Dr.-Ing. Emre Kizilkan – Functionalized Bioinspired Microstructured Surfaces for

Controllable Adhesion• Dr.-Ing. Michael Timmermann – Biomimetic Structuring of Silicones for Cell Control and

Strain-Stiffening

Nano Physics:• Dr. rer. nat. Thomas Knaak – Scanning tunneling microscopy of cobalt and iron complexes

on metal surfaces• Dr. rer. nat. Tobias Dornheim – The Uniform Electron Gas at Warm Dense Matter Conditions

– A Permutation Blocking Path Integral Monte Carlo Perspective

The ceremony will be accompanied by the music of “Trio Total”, a band from Kiel Ingo Hirsenkorn - violin Karsten Schnack - accordionWolfram Nerlich - bass

2120

Poster Session - Networking Evening (20:00-22:00)20:00 Networking Evening

P-6 Development of a degradable 3D model of the niche to study stem cell interactionsA. Mohra (Sp)1; T. Naolou1; A. Raic1; C. Lee-Thedieck1


P-8 The role of material’s zeta potential on intracellular calcium ion signalingM. Gruening (Sp)1; S. Neuber2; C. Helm2; K. Fricke3; M. Schnabelrauch4; B. Finke3; B. Nebe1

1Rostock University Medical Center (Germany); 2University of Greifswald (Germany); 3Leibniz Institute for Plasma Science and Technology e.V. (INP), Greifswald (Germany); 4INNOVENT e.V., Jena (Germany)

P-14 Characterization of martensitic transformation in shape memory wires by resistivity measurementsJ. Lemke (Sp)1; A. Coda 1

1Saes Getters S.p.A., Lainate MI (Italy)

P-21 Relaxation Behaviour of Ionically and Enzymatically Microbial Transglutaminase (mTG)-Crosslinked Alginate-di-aldehyde and Gelatin (ADA-GEL) Hydrogels for Cartilage RegenerationT. Distler (Sp) 2;A. Weizel 1; A.R. Boccaccini2; H. Seitz1, C. Polley1

1University of Rostock (Germany); 2Friedrich-Alexander-Universität Erlangen-Nürnberg (FAU) (Germany)

P-26 Light Switchable Hydrogels: Synthesis and Mechanical Properties investigationsC. Appiah (Sp)1; A. Staubitz1

1University of Bremen (Germany)

P-28 Wood-Based Materials for Energy Harvesting and SensingH. Guo (Sp)1

1ETH Zurich, Zürich (Switzerland)

P-38 3D Printing and the characterization of an electrically conductive, alginate di-aldehyde-gelatin and polystyrene sulfonate doped polypyrrole (ADA-GEL-PPy:PSS) composite hydrogel for tissue engineering applicationsT. Distler (Sp)1; C. Polley2; R. Detsch1; H. Seitz2; A.R. Boccaccini11Friedrich-Alexander-Universität Erlangen-Nürnberg (FAU) (Germany); 2University of Rostock (Germany)

P-39 In situ and ex situ experiments on memristive prototype devices by SEM and TEMO. Gronenberg (Sp)1; N. Carstens1; M.-I. Terasa1; L. Kienle1; J. Strobel11Kiel University (Germany)

P-53 Spiropyrans as smart materialsN. Eleya (Sp)1


P-59 Magnetorelaxation for detecting magnetically labeled cellsN. Lukat (Sp)1; R.-M. Friedrich1; F. Faupel1; C. Selhuber-Unkel11Kiel University (Germany)

Poster Session - Networking Evening (20:00-22:00)P-62 Effects of photovoltaic nanowire arrays on human cancer cells

T. Olsson (Sp)1; L. Abariute1; L. Hrachowina1; E. Barrigon1; S. Limpert1; G. Otnes1; M.T. Borgström1; C. Prinz1

1Lund University (Sweden)

P-66 3D open-porous PEDOT:PSS networks for bioelectronics applicationsI. Barg (Sp)1; T. Strunskus1; Y.K. Mishra1; F. Faupel1; R. Adelung1


P-67 Functional Thin Films Deposited by Initiated Chemical Vapor Deposition for Biomedical ApplicationsW. Reichstein (Sp)1; S. Schröder1; C. Aktas1; T. Strunskus1; F. Faupel11Kiel University (Germany)

P-70 Piezoelectric coatings for bone regenerationJ. Tondera (Sp)1; U. Bergmann1


P-73 Development of zirconium and hafnium oxide based thin films by pulsed laser deposition.J. Rohmer (Sp)1; J. Jetter1; E. Quandt1


P-74 ZnO nanomaterials for drug delivery to breast cancer cellsT. Riaz (Sp)1; R. Adelung1; F. Schütt1; F. Ceynowa1; L. Siebert1; N. Hedemann2

1Kiel University (Germany); 2University Medical Center Schleswig-Holstein, Kiel (Germany)

P-78 Magnetic particle mapping using magnetoelectric sensors as an imaging modalityR. Friedrich (Sp)1; S. Zabel1; A. Galka1; N. Lukat1; J.-M. Wagner1; C. Kirchhof1; E. Quandt1; J. McCord1; C. Selhuber-Unkel1; M. Siniatchkin1; F. Faupel11Kiel University (Germany)

P-85 Magnetostructural correlations in Bi1-xAExFe1-xTixO3 multiferroicsU. Khomchanka (Sp)1; J.A. Paixão1

1University of Coimbra (Portugal)

P-88 Controlled Design and in Vitro Anticancer Study of Highly Biocompatible, Biode-gradable and Stimuli-Responsive Porous Superparamagnetic Sub Micron Vaterite Particles for Thermo-ChemotherapyG. Choukrani (Sp)1; A. Ramachandra Kurup Sasikala 1; C.H. Park1; C.S. Kim1 1Chonbuk National University, Jeonju-si (South Korea);

P-96 Nanoscale characterization of salmon skin mucosaK. Dunker (Sp)1

1Norvegian University of Science and Technology (NTNU), Trondheim (Norway)

P-99 Effects of one- and two-step aging on superelasticity in Ni-rich TiNi single crystalsA. Tagiltsev (Sp)1

1Tomsk State University (Russia)

P-101 Physical-Crosslinkable Hyaluronic Acid Derivative to Prepare Shear-Thinning Hydrogel for 3D PrintingT. Naolou (Sp)1; C. Lee-Thedieck1


2322

Programme Wednesday (08:30-11:00)Room Förde II Room Förde III

20:00 Poster Session

22:00 End of the 2nd day

Wednesday, 19 June 2019

ChairInvited LecturesR. James, University of Minnesota (USA)

08:30 Functional domain walls and ionic defects in ferroelectric oxides for atomic-scale circuitryD. Meier (Sp)1

1Norwegian University of Science and Technology (Norway)

09:00 Understanding Spin Textures in (110)-oriented Epitaxial BiFeO3D. Sando (Sp)1; S. Burns1; F. Appert2; B. Xu3; M. Cazayous4; C. Carrétéro5; O.H.C. Paull1; B. Dupé6; L. Russell1; R. Clements1; G. Deng7; Y. Gallais4; A. Sacuto4; J.M. Le Breton2; J. Seidel1; L. Bellaiche3; C. Ulrich1; A. Barthélémy5; M. Bibes5; J. Juraszek2; V. Nagarajan1; Q. Zhang1

1University of New South Wales - UNSW Sydney (Australia); 2University of Rouen Normandy, (France); 3University of Arkansas, (United States); 4Université Paris Diderot, (France); 5Université Paris-Saclay, (France); 6Johannes Gutenberg-Universität Mainz, (Germany); 7Australian Centre for Neutron Scattering ANSTO Sydney (Australia)

09:30 Nano-and Microfabricated Hydrogels for Regenerative EngineeringA. Khademhosseini (Sp)1

1UCLA Engineering, (United States)

10:00 Poster Prize awards ceremony

10:10 Coffee Break

SessionChair

C7 - MemristorsD. Meier, Norwegian University of Science and Technology (Norway)

C8 - Bioinspired MaterialsC. Selhuber-Unkel, Kiel University (Germany)

10:30 Modelling and design concepts for memsensors as devices with enhanced capabilities in neuromorphic engineeringA. Vahl (Sp)1; N. Carstens1; J. Carstensen1; M.-I. Terasa1; S. Kaps1; T. Strunskus1; R. Adelung1; F. Faupel11Kiel University (Germany)

Evaluation of microstructural and environmental influences on actuation behavior of Cottonid for stimuli responsive element productionR. Scholz (Sp)1; M. Langhansl2; C. Zollfrank2; F. Walther1

1TU Dortmund University (Germany);

2Technical University of Munich, Straubing (Germany)

P - 136 3D printed PLA for multipurpose applications in chemistry and biologyM. Schneider (Sp)1

1University Potsdam

Poster Session - Networking Evening (20:00-22:00)

2524


11:45 Strain distribution and atomic structure of FeCo/TiN multi-layered thin films revealed by TEM and XRD methodsN. Wolff (Sp)1; P. Jordt1; B. Murphy1; A. Lotnyk2; L. Kienle1

1Kiel University (Germany); 2Leibniz Institute of Surface Engineering (IOM), Leipzig (Germany)

Enhanced evaporative transfer in porous materials with leaf-inspired geometriesA. Rupp (Sp)1; P. Gruber1

1The University of Akron (United States)

ChairInvited LecturesA. Staubitz, University of Bremen (Germany)

12:00 Temperature-dependent materials properties: thermochromism and the Debye temperatureT. Gesing (Sp)1


12:30 Treating herpes with crystals: Solid state physics for pharmacy and regenerative medicine?R. Adelung (Sp)1


13:00 Closing Remarks

13:15 Lunch Break

15:00 Lab visit Faculty of Engineering

Programme Wednesday (11:45-15:00)Programme Wednesday (11:00-11:30)Room Förde II Room Förde III

10:45 Direct ink writing of ZnO as a memsen-sor component in memristive networksM. Terasa (Sp)1; L. Siebert1; S. Kaps1; J. Carstensen1; A. Vahl1; N. Carstens1; F. Faupel1; R. Adelung1


3D Printable Ionogels with high ionic Conductivity based on Sulfonate-cont-aining Ionic LiquidsA. Taubert (Sp)1; A. Lange1; K. Zehbe1

1University of Potsdam (Germany)

11:00 Nanocomposite based memristive devices with diffusive switching characteristicsN. Carstens (Sp)1; A. Vahl1; T. Strunskus1; A. Hassanien2; F. Faupel11Kiel University (Germany); 2Jozef Stefan Institute, Ljubljana (Slovenia)

Fouling-Release Coating for Maritime Applications - Mechanically Durable Silicone-Polythiourethane Composites Modified with Tetrapodal Shaped ZnO ParticlesM. Baum (Sp)1; H. Qiu1; A. Gapeeva1; I. Hoelken2; V. Filiz3; R. Adelung1


2Phi-Stone AG, Kiel (Germany);


11:15 Double-barrier memristive devices for neuromorphic applications – correlation between deposition conditions and I-V characteristicsF. Zahari1 (Sp); F. Georg2; J. Strobel3;J. Cipo2; S. Dirkmann2; S. Gauter2;J. Trieschmann2; R. Marquardt1; L. Kienle3; T. Mussenbrock2; M. Ziegler3; H. Kersten2; H. Kohlstedt1

1Kiel University (Germany); 2BTU Cottbus-Senftenberg (Germany); 3TU Ilmenau (Germany)

Wood-based building materialsH. Guo1, I. Burgert1

ETH Zurich, Zürich (Switzerland)

11:30 Strain distribution in piezotronic ZnO microstructures visualised by X-ray nanodiffraction techniquesP. Jordt (Sp)1; S. Hrkac2; N. Wolff1; M. Stölting1; C. Krywka3; R. Adelung1; L. Kienle1; B. Murphy1

1Kiel University (Germany); 2University of California San Diego (United States);

3Deutsches Elektronen-Synchrotron DESY, Hamburg (Germany)

Mimicking a cell´s mechanical behavior for strain-stiffening materials with advanced propertiesM. Timmermann (Sp)1; S. Kaps1; R. Adelung1; C. Selhuber-Unkel11Kiel University (Germany)

2726

WERKSTOFFE FÜR DIE ZUKUNFTWWW.WERKSTOFFWOCHE.DE

KONGRESS UND FACHAUSSTELLUNGFÜR INNOVATIVE WERKSTOFFE,VERFAHREN UND ANWENDUNGEN

18.–20.09.2019MESSE DRESDEN

List of AuthorsA

Abariute, L. 21

Abshagen, J. 14

Adamski, V. 16

Adelung, R. 14, 15, 16, 17, 21, 23, 24, 25

Aktas, C. 21

Aktas, O.C. 11

Apelt, S. 14

Appert, F. 23

Appiah, C. 20

Arlov, O. 15

Arndt, C. 17

B

Bahr, A. 17

Barg, I. 21

Barrantes, A. 14

Barrigon, E. 21

Barthélémy, A. 23

Baum, M. 24

Bellaiche, L. 23

Bergmann, U. 14, 21

Bibes, M. 23

Boccaccini, A.R. 17, 20

Borgström, M.T. 21

Brüderlin, F. 12

Bruederlin, F. 15

Bumke, L. 12, 15

Burdin, D. 16

Burgert, I. 24

Burk, M.H. 11

Burns, S. 23

Bykov, A. 14

C

Carrétéro, C. 23

Carstensen, J. 15, 23, 24

Carstens, N. 20, 23, 24

Cazayous, M. 23

Ceynowa, F. 21

Chen, J. 15

Chen, L. 15

Cherif, C. 12

Chluba, C. 15

Choukrani, G. 21

Cihova, M. 12

Cipo, J. 24

Clements, R. 23

Coda, A. 20

Coriand, L. 11

Curtis, S. 17

D

Deng, G. 23

Detsch, R. 17, 20

de Wijn, A. 15

Dirkmann, S. 24

Distler, T. 17, 20

Doblas Jimenéz, D. 11

Dong, C. 15

Droopad, R. 11

Dunker, K. 21

Dupé, B. 23

Durdaut, P. 17

Duschek, K. 17

E

Eleya, N. 20

Ellermann, F. 11

F

Fähler, S. 17

Faupel, F. 10, 11, 15, 20, 21, 23, 24

Felde, N. 11

Feng, X. 16

Feringa, B. 15

Fetisov, Y. 16

Filiz, V. 24

Finke, B. 20

Fricke, K. 20

Friedrich, R. 21

Friedrich, R.-M. 20

G

Galka, A. 21

Gallais, Y. 23

Gapeeva, A. 24

Gärtner, A. 11

Gauter, S. 24

Geissler, S. 14

Georg, F. 24

Gesing, T. 25

Greer, J.R. 10, 11

Gronenberg, O. 20

Gruber, P. 25

Gruening, M. 20

Gu, H. 11

Guo, H. 20, 24

H

Hassanien, A. 24

Hattermann, K. 16

Hayes, P. 16

Hedemann, N. 21

Held-Feindt, J. 16

Helm, C. 20

Hesemann, P. 11

Hoelken, I. 24

Höft, M. 16, 17

Hrachowina, L. 21

Hrkac, S. 24

Hubertus, J. 11

J

James, R.D. 11, 12

Jansen, O. 15

Jessen, L. 16

Jetter, J. 11, 21

Jordt, P. 24, 25

Jovicevic Klug, M. 16

Juraszek, J. 23

K

Kaps, S. 15, 23, 24

Kavanagh, K. 17

Kersten, H. 24

Khademhosseini, A. 23

Khan, F. 16

Khomchanka, U. 21

Kienle, L. 20, 24, 25

Kim, C.S. 21

Kirchhof, C. 21

Kiselev, D. 14, 17

Kislyuk, A. 14, 16, 17

Kister, T. 11

Kittmann, A. 17

Klug, M. 16

Knöchel, R. 16

Kobeleva, S. 16, 17

Kohl, M. 12, 15

Kohlstedt, H. 11, 24

Kraus, T. 11

Krywka, C. 24

Kubasov, I. 14, 16, 17

2928

List of Authors List of AuthorsL

Labrenz, J. 17

Laipple, D. 17

Lammerding, J. 14

Lange, A. 24

Langhansl, M. 23

Le Breton, J.M. 23

Lee, S.Y. 21

Lee-Thedieck, C. 10, 20, 21

Leistner, K. 17

Lemke, J. 20

Lewitz, H. 14

Liang, X. 15

Li, F. 15

Lima de Miranda, R. 15

Limpert, S. 21

Löffler, J.F. 12

Lohe, M. 16

Lohse, F. 12

Lotnyk, A. 25

Luan, Y. 15

Ludwig, A. 15

Lukat, N. 20, 21

Lund, R. 14

Luthringer-Feyer-abend, B. 17

M

Malinkovich, M. 14, 16, 17

Marquardt, R. 24

Marter, T. 17

Martinelli, E. 12

McCord, J. 14, 16, 17, 21

Meier, D. 23

Meyners, D. 16, 17

Mintken, M. 24

Mishra, Y.K. 14, 16, 17, 21

M. Jovicevic Klug 16

Mohra, A. 20

Müller, C. 17

Murphy, B. 24, 25

Mussenbrock, T. 24

Myrissa, A. 12

N

Nagarajan, V. 23

Namenas, A. 14

Naolou, T. 20, 21

Nebe, B. 20

Neuber, S. 20

Nia, A.S. 16

Nichterwitz, M. 17

Nielsch, K. 17

O

Olsson, T. 21

Otnes, G. 21

P

Paixão, J.A. 21

Park, C.H. 21

Parkhomenko, Y. 14, 17

Paull, O.H.C. 23

Petraru, A. 11

Polley, C. 17, 20

Pop-Ghe, P. 11

Pravdivtseva, M. 15

Prelot, B. 11

Prinz, C. 16, 21

Priya, S. 12

Q

Qiu, H. 24

Quandt, E. 11, 12, 14, 15, 16, 17, 21

R

Raic, A. 20

Ramachandra Ku-rup Sasika-la, A. 21

Rasch, F. 14, 16, 17

Rastjoo, S. 15

Ream, G. 17

Rehders, S. 11

Reichstein, W. 11, 21

Riaz, T. 21

Rohmer, J. 21

Rüffer, D. 17

Rupp, A. 25

Russell, L. 23

S

Sacuto, A. 23

Sando, D. 23

Schäfer, R. 17

Schäublin, R. 12

Schell, V. 16, 17

Schmidt, G. 14

Schmitt, C. 16

Schmutz, P. 12

Schnabelrauch, M. 20

Schneider, M. 16, 22

Scholz, R. 23

Schröder, S. 11, 15, 21

Schütt, F. 16, 17, 21

Schweichel, M. 15

Seidel, J. 23

Seitz, H. 17, 20

Selhuber-Unkel, C. 14, 17, 20, 21, 24

Shrout, T. 15

Siebert, L. 21, 24

Siemsen, K. 14

Sindt, S. 17

Siniatchkin, M. 21

Sletmoen, M. 14

Sobolev, N. 14, 16, 17

Soldatov, I. 17

Staubitz, A. 14, 20

Strand, B. 12

Strobel, J. 20, 24

Strunskus, T. 11, 15, 21, 23, 24

Sun, N. 15

T

Taale, M. 17

Tagiltsev, A. 21

Taubert, A. 16, 24

Temirov, A. 14

Terasa, M.-I. 20, 23, 24

Thormählen, L. 16

Tiainen, H. 14

Timmermann, M. 24

Tondera, J. 21

Toxværd, S. 16

Trieschmann, J. 24

Trinh, H.C. 14

Trümper, W. 12

Tünnermann, A. 11

Turutin, A. 14, 16, 17

U

Uggowitzer, P.J. 12

Ulrich, C. 23

Unbehau, R. 17

V

Vahl, A. 23, 24

van Rijn, P. 15

Velvaluri, P. 15

Vidal, J. 16, 17

W

Wagner, J.-M. 21

Wahab, R. 16

Walther, F. 23

Wang, J. 15

Wang, X. 15

Weber, F. 14

Wegner, M. 11

Weinberg, A.M. 12

Weizel, A. 20

Willumeit-Römer, R. 16, 17

Wolff, N. 24, 25

Wulfinghoff, S. 14

Wuttig, M. 11

X

Xu, B. 23

Y

Yarar, E. 17

Z

Zabel, S. 21

Zahari, F. 24

Zamponi, C. 16

Zehbe, K. 24

Zehner, J. 17

Zhang, H. 11

Zhang, Q. 23

Zhang, S. 15

Zhou, Q. 15

Zhukov, R. 14

Ziegler, M. 24

Zollfrank, C. 23

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About the CRC 1261

CRC 1261 - Magnetoelectric Sensors: From Composite Materials to Biomagnetic Diagnostics

The detection of magnetic field distributions in the region of the head or torso allows for powerful diagnosis practices of brain (magnetoencephalography MEG) or heart (magnetocardiography MCG) functions. Systems used as routine diagnostic tools need to be easy-to-handle and cost-effective, thus operation at room temperature is desirable. Magnetic field sensors based on miniaturized magnetoelectric composites, i.e. composites consisting of at least one magnetostrictive and one piezoelectric constituent, have revealed their potential to detect sub-pT fields at room temperature under certain conditions. The general objectives of the Collaborative Research Centre CRC 1261 are the research and development of different magnetoelectric sensor approaches with a special focus on high sensitivity at biomagnetic frequencies (Project Area A) and their evaluation and utilization in medically relevant questions (Project Area B). The research program to pursue these goals requires intensive interdisciplinary collaboration between materials scientists, electrical engineers and physicians (neurology and cardiology). At the 4rd Euro Intelligent Materials Conference there will be a special symposium with focus on the topics of the CRC 1261. Researchers from Kiel and from other universities will discuss their latest research results in the area of magnetoelectric sensor development.

Contact:[email protected]

Spokesperson for the SFB 1261:Prof. Dr.-Ing. Eckhard QuandtKiel University (Germany)Institute for Materials Science

www.sfb1261.de

About the RTG 2154

Research Training Group 2154 “Materials for Brain: Thin film functional materials for minimally invasive therapy of brain diseases”

Patients with brain diseases such as epilepsy, tumors or vascular diseases are usually treated with high doses of medication, which often have major side-effects. As an alternative, neurological implants can offer a localized, individualized and low-dosage treatment. These functional materials must be compact, biologically compatible, durable and highly flexible – i.e. they must fulfil extremely complex requirements. Defined, nano-scale, therapeutically active coatings as well as suitability of the implants for diagnostics with magnetic resonance imaging (MRI) can open up new prospects for novel therapies. In order to reach these goals, micro-structured, functional materials based on thin film technology are investigated for innovative local treatment of epilepsies, brain tumors and vascular diseases.

A central aspect of the internationally oriented RTG „Material for Brain“ is the structured research and qualification program for the doctoral students. The interdisciplinary concept of the RTG 2154 interlinks material sciences and biomedical research and allows both the exchange and the bundling of expertise in these research areas. In addition, the program also serves as a platform for international exchange with renowned universities. At the 4th Euro Intelligent Materials a lot of topics will be addressed that are of high relevance to the RTG 2154 as researchers from Kiel and from other universities will discuss their latest research results in the area of biofunctional materials.


Spokesperson of the RTG 2154:Prof. Dr. Christine Selhuber-UnkelKiel University (Germany)Institute for Materials Science

www.grk2154.uni-kiel.de

3332

Research Unit FOR 2093

RU2093 “Memristive devices for neuronal systems”

The remarkable interaction performance between biological nervous systems and the environment is a result of a million years evolution explained by Darwinism. Exploring the whole signal pathway from sensory transduction, decision making neuron ensembles and the final response via motor neurons and muscles are the challenging task in neuroscience.

Yet still, the real benefits of biological information processing when it comes to cognitive tasks or pattern recognition together with extreme power efficiency, are still unattainable in technical pendants. Based on memristive devices as an electrical pendant to biological synapses, we will explore novel neuromorphic circuits taking the fascinating topological structures and dynamical synchronisation mechanisms of the nervous system as a guideline.

The DFG Research Unit 2093 tackles the cutting-edge science of memristive devices in neuromorphic circuits by an interdisciplinary team of scientists from electrical engineering, physics, material science, neurobiology and biological psychology. Link: http://www.for2093.uni-kiel.de/en?set_language=en


Spokesperson for the SFB 1261:Prof. Dr. Hermann Kohlstedt Kiel University (Germany)Institute for Electrical Engineering and Information Technology

www.for2093.uni-kiel.de

German Norwegian Study Centre (DNSZ)

About

The German Norwegian Study Centre (DNSZ) was founded in 1986 as a joint institution by the University of Kiel (Christian-Albrechts-Universität) as well as the universities of Bergen, Oslo, Tromsø, Trondheim (NTNU) together with the Norwegian School of Economics in Bergen (NHH). It serves the education and further education of Norwegian students in the German language, regional studies and the sciences taught at the university in Kiel, as well as the mutual scientific exchange between Norway and Germany within all areas of expertise.

The DNSZ has been offering courses in German language and regional studies since 1986, from taster courses to 4-6 week intensive courses through to advanced training for German teachers and specific modules. The latter are integrated into the home universities and will provide respective credit points.

Furthermore, the DNSZ provides funds within the framework of its Seed Money Budget, in order to support and extend cooperation between German and Norwegian academics in all fields of study. The objective is to facilitate academic exchange and activities which in turn encourage further cooperation and intensify ongoing joint projects.

The DNSZ co-funds the German-Norwegian Symposium on Biofunctional Materials.

The DNSZ Seed Money is predominantly meant for projects which help create a foundation for continuing collaboration in research or university studies and teaching, and promise an enduring impact.


www.dnsz.uni-kiel.de

http://www.dnsz.uni-kiel.de

3534

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Kiel University is Schleswig-Holstein’s largest university and the only one offering the full range of academic disciplines. Over 26,000 students in 190 different study programmes and more than 2,000 scientists across eight faculties create a highly stimulating interdisciplinary environment. They are connected by constant dynamic interfaces, reflected in the university‘s teaching, transfer and integrative research profile.

Kiel University has recorded a boost in DFG-Collaborative Research Centres and in European Research Council Grants. In 2008, four cross-faculty priority research areas – Kiel Life Sciences, Kiel Marine Sciences, Kiel Nano, Surface and Interface Science as well as Societal, Environmental and Cultural Change – were established, based on intensive collaboration, creating interfaces between faculties, institutes and professorships.

These priority research areas have significantly enhanced Kiel’s excellent international reputation in science and research over the past decade and their establishment resulted in repeated success in the German Excellence Strategy: the priority areas form the academic basis for the Clusters of Excellence “Precision Medicine in Chronic Inflammation“ and “ROOTS – Societal, Environmental and Cultural Connectivity in Past Societies”. They have allowed Kiel University – as one of only 19 top German universities – to apply for the title “University of Excellence”.


www.uni-kiel.de

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