Ongoing projects:

• DFG FUGG-Großgeräteantrag Hochfeld- und Hochfrequenz-Elektronen-Spin-Resonanz-Spektrometer, DFG (INST 35/1085-1 FUGG), 2012-2012
• BMBF-Nachwuchsgruppe (U Heidelberg) Nanoskaligkeit und Grenzflächeneffekte in neuen oxidischen Batteriematerialien (03SF0397) 2011-2013, in the frame of Innovationsallianz LIB 2015, BMBF/PTJ
• KL1824/5: Crystal growth and electrochemistry of Lithium-based materials: Investigation of model systems for Li-ion batteries (High-pressure traveling-solvent floating-zone furnace); in scope of SPP 1473 "Materials with New Design for Improved Lithium Ion Batteries - WeNDeLIB"
• Teilprojekt 4 Magnetische Eigenschaften: Elektronen-Spin-Resonanz und Magnetisierung der Forschergruppe Towards Molecular Spintronics (with V. Kataev, B. Büchner)
• DFG research grant Preparation and crystal growth of superconducting and magnetic rare earth-transition metal oxypnictides and alkali / earth alkali iron arsenides in scope of priority program SPP 1458 High temperature superconductivity in iron pnictides (with B. Büchner)
• Russian-German Joint Laboratory on Quantum ground states: Low dimensional and frustrated magnetic systems: various routes to quantum ground states (B. Büchner, R. Klingeler, 486 RUS 113/982/0-1)
• French-German Network (P2R): Spin and charge in electrochemically doped transition metal oxides
  Thermodynamic, magnetic and spectroscopic studies of electrochemically doped transition metal oxides
  DFG Project: R. Klingeler, J. Geck, B. Büchner, H. Eschrig (KL 1824/2-1)

Finished projects:

• BMBF-Nachwuchsgruppe (IFW Dresden) Nanoskaligkeit und Grenzflächeneffekte in neuen oxidischen Batteriematerialien (03SF0340)  
  2008-2011, in the frame of Innovationsallianz LIB 2015, BMBF/PTJ
• KL1824/4: Synthesis of doped and undoped vanadium and titanium oxide nanotubes and study of their magnetic and electronic properties
  DFG (Forschungsaufenthalt G. Zakharova)
• Marie-Curie Research Training Network: Multifunctional Carbon Nanotubes for Biomedical Applications (CARBIO)
  Coordination + Management of the RTN
  Research Topic 7: Non-invasive intracellular sensors and markers: NMR studies
  Research Topic 10: Magnetically filled CNT as intracellular probes for heating
  2006-2010
• EFRE-Infrastrukturmaßnahme ?Entwicklungs- und Anwenderlabor für technologierelevantes Energiemanagement? am IFW Dresden aus den Mitteln des Europäischen Fonds für Regionale Entwicklung, 2009 (Projektleiter: R. Klingeler)
• Workshop Physics and Chemistry of FeAs-based Superconductors
  (a) DFG Förderung (GZ 4851/408/08) (R. Klingeler, B. Büchner)
  (b) Förderung durch IB des BMBF (Int. Zusammenarbeit) RUS08/008
• BMBF-ForMaT (Forschung für den Markt im Team): Potenzialscreening Nanosonden in molekularen Kohlenstoffhüllen.
• Marie-Curie Incoming International Fellowship for Dr. A. Bajpai
  Synthesis of new materials based on half metallic ferromagnet CrO2 and optimization of its properties for spin-electronics (MIF1-CT-2006-040127-NewMatCr)
• Research stay Dr. O. Volkova (6 months)  
  Coexistence of ferroelectricity and magnetism in incommensurate spiral magnets. Search for new multiferroics (DFG KL 1824/3-1)
• Pakt für Forschung und Innovation 2007: Investigation and manipulation of nanoscale magnets
  IFW core group: R. Klingeler, T. Gemming, B. Rellinghaus, M. Richter
  Project 5: Vanadiumoxid-Nanotubes (1 PhD)
  Project 6: Local spin-resolved electronic properties of nanomagnets (with C. Hess, T. Hänke) (1 PhD)
  2007-2009
• Russian-German Joint Laboratory on Quantum ground states: The role of reduced dimensionality and frustration
  IFW Dresden (Prof. B. Büchner) and Moscow State University (Prof. A. Vassiliev) (486 RUS 113/864/0-1)
• Single phase multiferroics: Synthesis and physical properties
  DFG Research Group FOR 520: Project A7 (with C. Hess, B. Büchner)
  2006-2008 (HE 3439/6)
• Structural effects on charge and orbital order probed by hydrostatic and uniaxial pressure studies
  German-Indian PPP Programm: R. Klingeler, S. Arumugam (Klingeler/D/05/57663; 2006-2008
• Studies of doped spin systems in pulsed magnetic fields up to 75 Tesla
  DFG Research Grant at the LNCMP Toulouse (KL 1824/1-1)
  2004-2005