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6th International School on Aperiodic Crystals

September 1– 5, 2025

The Max Planck Institute for Chemical Physics of Solids is pleased to host the 6th International School on Aperiodic Crystals (1 – 5 September 2025). The 6th International School on Aperiodic Crystals is a Satellite Meeting to the 35th European Crystallographic Meeting in Lviv and Poznan. The meeting has a broad scope, spanning topics from fundamental to applied research:

  • Introduction to aperiodic crystals
  • Superspace symmetry and superspace embedding
  • Modulation functions
  • Structure solution and refinement of modulated crystals
  • Diffuse scattering
  • Electronic and physical properties of aperiodic crystals
  • Dynamics and phasons in aperiodic crystals
  • Complex intermetallics
  • High entropy alloys
  • Quasicrystals
  • Incommensurate magnetic structures

There will be a poster session and every participant is invited to bring their own complex and/or periodic structure.

List of lecturers

  • Marc de Boissieu (France)
  • Sander van Smaalen (Germany)
  • Michal Dusek (Czech Republic)
  • Vaclav Petricek (Czech Republic)
  • Tsunemoto Yamada (Japan)
  • Ella M. Schmidt (Germany)
  • Emilie Gaudry (France)
  • Julia Dshemuchadse (United States of America)
  • Anu Jagannathan (France)
  • Margarida Henriques (Czech Republic)

International Programme Committee

  • Siegbert Schmid (Chair of IUCr commission on aperiodic crystals; Sidney, Australia),
  • Emilie Gaudry (Nancy, France),
  • Marc de Boissieu (Grenoble, France),
  • Julia Dshemuchadse (Ithaka, United States of America),
  • Eteri Svanidze (Dresden, Germany),
  • Thomas Doert (Dresden, Germany)

Registration and Hotels

The registration fee is €350 for regular participants and €290 for masters or PhD students, and should be paid via bank transfer. Details can be found in the registration form. Please register by 1 June 2025.

Recommended hotels are the Occidental Dresden Newa Hotel and the IBIS Dresden City Centre Hotel, both close to the main railway station.

Statement on Gender Balance

The International Union of Crystallography strives to achieve gender balance in all its institutions and activities bearing in mind other diversity needs and its existing obligations to geographic and academic discipline representation where appropriate. gender balance.

Sponsors

 

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