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About

The International Conference on Dynamical Processes in Excited States of Solids is a cross-disciplinary meeting for scientists interested in theoretical and experimental aspects of the dynamics of excited states in condensed matter in physics, chemistry, life sciences and material sciences.

Conference History

DPC meetings started in 1978 in Athens, Georgia, USA. The meeting held every two years before 2007, and changed to every three years since then. Previous meeting locations include:

  • 1979 in Madison, Wisconsin ( USA)
  • 1981 in Regensburg ( Germany)
  • 1983 in Stanford University ( USA)
  • 1985 in Lyon ( France)
  • 1987 in Tsukuba ( Japan)
  • 1989 in Athens, Georgia ( USA)
  • 1991 in Leiden (The Netherlands)
  • 1993 in Boston, Massachusetts ( USA)
  • 1995 in Cairns ( Australia)
  • 1997 in Mittelberg ( Germany)
  • 1999 in Puerto Rico ( USA)
  • 2001 in Lyon ( France)
  • 2003 in Christchurch ( New Zealand)
  • 2005 in Shanghai (China)
  • 2007 in Segovia ( Spain)
  • 2010 in Argonne ( USA)
  • 2013 in Fuzhou (China)
  • 2016 in Paris (France)
  • 2019 in Christchurch, (New Zealand)

Topics

DPC is a cross disciplinary meeting for scientists interested in theoretical and experimental aspects of excited states dynamics in condensed matter in physics, chemistry, life sciences and material sciences.


DPC 22 will cover the following topics:

  1. Spectroscopy and excited state dynamics of doped clusters, insulators and semiconductors- energy transfer, highly excited states, extreme conditions,electron-phonon interactions, phonon dynamics, ultrafast processes
  2. Excited state dynamics of macromolecules and biomolecules- single molecule, photosynthesis, bioluminescence, bio-probes
  3. Spectroscopy of nanoscale and single nano-object -up-conversion, plasmons, imaging
  4. Coherent, nonlinear and high resolution spectroscopy -four-wave mixing, spectral filtering
  5. Dynamics of photovoltaic and photocatalysis materials- electron transfer, down and up-converters
  6. Optical control and detection of quantum systems- spin dynamics, quantum information processing, spintronics