About us
A Center of Excellence in Chemistry
In 2007, the French Government selected Strasbourg as the Center of Excellence in Chemistry for the country. This “International Center for Frontier Research in Chemistry”, or FRC, involves 80 teams in different institutes in Strasbourg comprising about 250 scientists and faculty members, 250 PhD students and 250 post-docs and technical staff. 
The FRC builds on the long and outstanding tradition of chemistry in Strasbourg including scientists such as Louis Pasteur, Charles Gerhardt, Adolf von Baeyer, Emil Fischer, Hermann Staudinger and most recently Jean-Marie Lehn (Nobel Prize 1987). Strasbourg has one of the very highest citation indexes in chemistry in Europe.
FRC is multi-disciplinary covering every aspect of chemistry together with its interfaces with physics, material science and biology. Its members have strong links with industry through collaborations and the creation of start-ups.
PhD students and post-docs come from all over the world to benefit from this expertise at the frontiers of chemistry. Half the PhD students are foreigners.
The founders of the FRC are the University of Strasbourg, the CNRS and two corporations: BASF (the world’s leading chemical company) and Bruker (advanced instrumentation).
Results of the call for proposal “doctoral fellowship FRC – Région Alsace”
The FRC scientific council and the Region Alsace deliberated on the call for proposals "doctoral fellowships FRC - Région Alsace" cofounded by the two institutions. They were impressed by the quality of the projects. The three laureates were hard to select among the 21 projects submitted.
CNRS Silver Medal for Mir Wais Hosseini
Mr. Mir Wais HOSSEINI, member of our network, received the CNRS Silver Medal on June 23, 2011.
Atomistic Simulations of 2D Bicomponent Self-Assembly: From Molecular Recognition to Self-Healing
The authors simulate the assembly of two dimensional porous networks on graphite. They show that the self-assembly of this model bicomponent system of melamine and a bis(N1-hexyluracil) module proceeds through a wide array of intermediate states.
