Commission on Quantum Crystallography
Membership
- P.M. Dominiak (Chair, Poland)
- L. Bucinsky (Slovakia)
- H. Cao (USA)
- J. Contreras-Garcia (France)
- S. Grabowsky (Switzerland)
- P. Nakashima (Secretary, Australia)
- L. Massa (USA)
- C. Matta (Canada)
- P. Munshi (India)
- A. Pendas (Spain)
ex officio
- T. Ishigaki (Japan) (as Representative from Commission on Neutron Scattering)
Consultants
- S.J. Coles (UK)
- A. Erba (Italy)
- C. Gatti (Italy)
- J.M. Gillet (France)
- B. Gillon (France)
- T.N. Guru Row (India)
- J. Kozisek (Slovakia)
- P. Macchi (Italy)
- A. Pinkerton (USA)
- B.L. Rodrigues (Brazil)
- Y. Sakurai (Japan)
- V. Tsirelson (Russia)
- A.B. Voufack (Cameroon)
- Yu Wang (Taipei)
- K. Wozniak (Poland)
Annual Reports
- 2022 Annual Report
- 2021 Annual Report
- 2020 Annual Report
- 2019 Annual Report
- 2018 Annual Report
- 2017 Annual Report
- 2016 Annual Report
- 2015 Annual Report
- 2014 Annual Report
- 2013 Annual Report
- 2012 Annual Report
- 2011 Annual Report
- 2010 Annual Report
- 2009 Annual Report
- 2008 Annual Report
- 2007 Annual Report
- 2006 Annual Report
- 2005 Annual Report
- 2004 Annual Report
- 2003 Annual Report
- 2002 Annual Report
- 2001 Annual Report
- 2000 Annual Report
- 1999 Annual Report
- 1998 Annual Report
- 1997 Annual Report
- 1996 Annual Report
- 1995 Annual Report
- 1994 Annual Report
Triennial Reports
Terms of Reference
(Note: the name of the Commission was changed, by consent of the 24th General Assembly of the IUCr in Hyderabad, August 2017, to Commission on Quantum Crystallography)
An ad interim Commission on Charge, Spin and Momentum Densities was established at the Kyoto General Assembly in 1972 to promote the study and resolution of the factors that limit accuracy in crystallographic studies relating to charge, spin and momentum densities.
The Commission on Charge, Spin and Momentum Densities was established at the Amsterdam General Assembly in 1975.
The Commission focuses on experimental and theoretical work on charge, spin and momentum densities. The aim is to combine experimental techniques, theory and computations to come to a coherent understanding of electronic charge, spin and momentum densities in atoms, molecules and condensed matter.