International Conference on the Science and Technology of Synthetic Electronic Materials

A conference series on synthetic carbon-based electronic materials

ICSM, originally referencing synthetic metals within its title, is the longest-running conference series in the field of conducting and semiconducting organic materials. It started in the mid-1970’s with the advent of highly electrically conducting molecular crystals and conjugated polymers. The ICSM is recognized as the largest conference devoted to the field of organic electronics. It has been instrumental in showcasing many of the most important developments in the field over the last four decades. It has now become a premiere venue for discussion of the latest developments in the areas of organic electronics and photonics, from synthesis to characterization, computational modeling, device fabrication, and real-world applications.

Over the years, ICSM has been hosted in various locations around the world, reflecting its international stature. The ICSM has been held at Siofok (1976), New York (1977), Dubrovnik (1978), Helsingor (1980), Boulder (1981), Les Arcs (1982), Abano Terme (1984), Kyoto (1986), Santa Fe (1988), Tübingen (1990), Göteborg (1992), Seoul (1994), Snowbird (1996), Montpellier (1998), Bad Gastein (2000), Shanghai (2002), Wollongong (2004), Dublin (2006), Porto de Galinhas (2008), Kyoto (2010), Atlanta (2012), Turku (2014), Guangzhou (2016), Busan (2018), Glasgow (2022), Dresden (2024).

Scope of the conference

ICSM is the largest conference devoted to the field of organic electronics and has showcased many of the most important developments in the field over the last 40 years. The topics of the conference have evolved over the years to include various aspects of synthetic metals and organic electronics.

  • OLEDs, displays and lighting
  • OFETs
  • OPVs and photodiodes
  • Perovskite and hybrid PV
  • Sensors and bioelectronics
  • Nanomaterials
  • Organic conductors and superconductors
  • Graphene and other 2D materials and devices
  • Spin and magnetism
  • Industry/manufacturing
  • Transparent conducting electrodes
  • Organic batteries and supercapacitors
  • Organic materials for thermoelectrics
  • Organic photo(electro) catalysis
  • Processing and structural characterization

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