Collaborations

Collaborators (optical spectroscopy, NMR, photoemission, etc.)

A welcome byproduct of our crystal growth efforts has been our ability to gain valuable additional insights through extensive collaborations with scientists using complementary experimental techniques:
 

• Prof. N. Barišić (TU Wien and University of Zagreb)
  Transport and optical spectroscopy
   
• Prof. N. Gedik (Massachusetts Institute of Technology)
  Laser-based dichroic photoemission spectroscopy
   
• Prof. C. Giannetti (Università Cattolica del Sacro Cuore, Italy)
  Time-resolved reflectivity
   
• Prof. J. Haase (Univ. Leipzig)
  Nuclear magnetic resonance
   
• Dr. C. C. Homes (Brookhaven National Laboratory)
  Optical spectroscopy
   
• Prof. D. Hsieh (Caltech)
  Laser-based second-harmonic generation experiments
   
• Dr. M.-H. Julien (High Magnetic Field Laboratory, Grenoble, France
  Nuclear magnetic resonance
   
• Prof. A. Kapitulnik (Stanford University)
  Kerr effect
   
• Prof. Y. Li (Peking University, China)
  Raman scattering
   
• Prof. Y. Matsuda (Kyoto University) and Prof. T. Shibauchi (University of Tokyo)
  Magnetic torque
   
• Prof. M. Požek (University of Zagreb, Croatia)
  Microwave transport and NMR measurements
   
• Dr. C. Proust (LNCMI, Toulouse, France)
  High-field magnetoresistivity
   
• Prof. R. Prozorov (Iowa State University and Ames National Laboratory)
  Penetration depth measurements
   
• Prof. D. van der Marel (Université de Genève)
  Optical spectroscopy
   
• Prof. Y. Uemura (Columbia University) and Prof. G. Luke (McMaster University)
  Muon spin relaxation
   
• Prof. I. M. Vishik (University of California, Davis) and M. Yi (Rice University)
  Photoemission spectroscopy