Preliminary list of topics:
  • Advances in experimental probes for charge, spin and momentum densities
  • Improved methods for improved densities
  • Progress in DFT and theoretical methods for solids and related accuracy of properties of interest to Charge Spin and Momentum Density (CSMD)
  • Topological Approaches: where we go
  • CSMD at extreme conditions
  • Charge and spin density analyses for Chemical and Crystal Engineering
  • Functional materials: insight from charge, spin and momentum densities
  • Dynamics: structure evolution and densities
  • Nanoscale: structure, dynamics and densities - Electronic properties of nanomaterials
  • CSMD in the life sciences (Understanding electronic and magnetic properties in bioactive
  • What is the future of CSMD? (Round Table)