dinitrogen activation, catalysis, ammonia synthesis, transition metal chemistry, ligand design, energy conversion
This one day symposium will bring together researchers focusing on one
of the most important problems in Chemistry and that is finding new ways
to use molecular nitrogen as a feedstock. This is definitely a coordination
chemistry problem since the N2 ligand must coordinate to one or more metals
to be activated and functionalized. The current level of interest in N2
chemistry and the number of high impact papers that continue to be published
make this a worthy symposium topic for the ICCC. Besides covering both
stoichiometric and catalytic aspects of dinitrogen chemistry, we also will
welcome theoretical/computational scientists to contribute. The connection
to biological nitrogen fixation is also an important driver in N2 coordination
chemistry; however, at this point we do not plan to invite researchers
focused on Nitrogenase and its chemistry. In addition, we will ensure that
there is a good mix of new young scientists as well as a diverse array
of invited speakers.
Some likely invited speakers could be: Professor Connie Lu (U. Minnesota
窶・young female chemist); Professor Christine Thomas (Brandies Univ 窶・young
female chemist); Dr. Andrew Ashley (Imperial College 窶・young male chemist);
Professor Felix Tuczek (Univ Kiel, established chemist); Professor Patrick
Holland (Yale University 窶・established chemist); Professor Yasuhiro Ohki
(Nagoya University 窶・young male chemist); Professor Hiroyuki Kawaguchi
(Tokyo Institute Tech 窶・established researcher); Professor Lawrence Sita
(Maryland Univ. 窶・established chemist); Professor Paul Chirik (Princeton
Univ. 窶・established chemist); Professor Richard Schrock (MIT 窶・established
chemist); Professor Hideki Masuda (Nagoya Univ 窶・retired professor); Dr.
Zhaomin Hou (RIKEN 窶・established chemist).