CURRENT COLLABORATIONS |
|
International, National and Local Current Collaborations (since 2015):
International
Profs. Jean Weiss, Romain Ruppert and Jennifer Wytko (Strasbourg, France) – Unusual coordination chemistry of porphyrins and phthalocyanines
Prof. Nagao Kobayashi (Shinshu, Japan) and Prof. Taniyuki Furuyama (Kanazawa, Japan) - Electrochemical and MCD measurements, and DFT calculations of phthalocyanines
Prof. Ken Sakai (Kyushu, Japan) - Platinophilic materials
Prof. Kiyoshi Fujisawa (Ibaraki, Japan) – D10-metal coordination polymers
Prof. Sylvie Choua (Strasbourg, France) – ESR of phthalocyanine radicals
Prof. Dominique Luneau (Lyon, France) – Magnetic studies of coordination polymers
Prof. Eli Zysman-Coleman (St. Andrews, UK) - Emissive iridium-containing coordination polymers
Prof. Howard Patterson (Maine, USA) – Variable-temperature emission of cyanoaurate coordination polymers
Canadian
Prof. Scott Kroeker (Manitoba) - Solid-state NMR spectroscopy
Prof. Christian Reber (Montreal) – Variable-temperature and pressure luminescence and Raman
Prof. Georg Schreckenbach (Manitoba) – DFT calculations of actinide complexes
Simon Fraser University
Profs. Bonnie Gray and Glenn Chapman (SFU Applied Sciences) and Prof. Ajit Khosla (Yamagata, Japan) – Optical sensors and devices, 3D printing
Prof. Jeff Sonier (SFU-Physics) and Dr. Iain Mckenzie (TRIUMF) - Muon-spin resonance of our magnetic materials and molecular systems at the TRIUMF cyclotron.
Prof. Lisa Craig (SFU-Molecular Biology/Biochemistry) – Biological aspects of phthalocyanines
Prof. Tim Storr (SFU-Chemistry) - DFT calculations of paramagnetic metal complexes; Redox-active coordination polymers
Prof. Jeffrey Warren (SFU-Chemistry) – Electrochemistry of / electrocatalysis using phthalocyanines
Prof. Vance Williams (SFU-Chemistry) - Birefringent, refractive and other stimulus-responsive coordination polymers
Prof. Zuo-Guang Ye (SFU-Chemistry) - Materials properties of coordination polymers, including birefringence, piezoelectric/ferroelectric effects and conductivity
Prof. Steven Holdcroft (SFU-Chemistry) – GPC and other characterization of polymeric materials
Prof. Kyzysztof Starosta (SFU-Chemistry) – Nuclear chemistry of inorganic solids
Prof. Andrew Bennet (SFU-Chemistry) - Highly oxidized metal complexes and steric ligands
Prof. Gary Leach (SFU-Chemistry) – Thin films of coordination polymers
My group and I also regularly collect and sometimes help interpret data for several research groups using our equipment, including SFU’s single-crystal X-ray diffractometer, SQUID magnetometer, Mössbauer spectrometer, Raman and XRF spectrometers, NIR-fluorimeter or gas porosimeter.
Contact me for more information if you think we can help you and work together!
International
Profs. Jean Weiss, Romain Ruppert and Jennifer Wytko (Strasbourg, France) – Unusual coordination chemistry of porphyrins and phthalocyanines
Prof. Nagao Kobayashi (Shinshu, Japan) and Prof. Taniyuki Furuyama (Kanazawa, Japan) - Electrochemical and MCD measurements, and DFT calculations of phthalocyanines
Prof. Ken Sakai (Kyushu, Japan) - Platinophilic materials
Prof. Kiyoshi Fujisawa (Ibaraki, Japan) – D10-metal coordination polymers
Prof. Sylvie Choua (Strasbourg, France) – ESR of phthalocyanine radicals
Prof. Dominique Luneau (Lyon, France) – Magnetic studies of coordination polymers
Prof. Eli Zysman-Coleman (St. Andrews, UK) - Emissive iridium-containing coordination polymers
Prof. Howard Patterson (Maine, USA) – Variable-temperature emission of cyanoaurate coordination polymers
Canadian
Prof. Scott Kroeker (Manitoba) - Solid-state NMR spectroscopy
Prof. Christian Reber (Montreal) – Variable-temperature and pressure luminescence and Raman
Prof. Georg Schreckenbach (Manitoba) – DFT calculations of actinide complexes
Simon Fraser University
Profs. Bonnie Gray and Glenn Chapman (SFU Applied Sciences) and Prof. Ajit Khosla (Yamagata, Japan) – Optical sensors and devices, 3D printing
Prof. Jeff Sonier (SFU-Physics) and Dr. Iain Mckenzie (TRIUMF) - Muon-spin resonance of our magnetic materials and molecular systems at the TRIUMF cyclotron.
Prof. Lisa Craig (SFU-Molecular Biology/Biochemistry) – Biological aspects of phthalocyanines
Prof. Tim Storr (SFU-Chemistry) - DFT calculations of paramagnetic metal complexes; Redox-active coordination polymers
Prof. Jeffrey Warren (SFU-Chemistry) – Electrochemistry of / electrocatalysis using phthalocyanines
Prof. Vance Williams (SFU-Chemistry) - Birefringent, refractive and other stimulus-responsive coordination polymers
Prof. Zuo-Guang Ye (SFU-Chemistry) - Materials properties of coordination polymers, including birefringence, piezoelectric/ferroelectric effects and conductivity
Prof. Steven Holdcroft (SFU-Chemistry) – GPC and other characterization of polymeric materials
Prof. Kyzysztof Starosta (SFU-Chemistry) – Nuclear chemistry of inorganic solids
Prof. Andrew Bennet (SFU-Chemistry) - Highly oxidized metal complexes and steric ligands
Prof. Gary Leach (SFU-Chemistry) – Thin films of coordination polymers
My group and I also regularly collect and sometimes help interpret data for several research groups using our equipment, including SFU’s single-crystal X-ray diffractometer, SQUID magnetometer, Mössbauer spectrometer, Raman and XRF spectrometers, NIR-fluorimeter or gas porosimeter.
Contact me for more information if you think we can help you and work together!