Toby Zeng - University of Waterloo
Toby Zeng - University of Waterloo
Toby Zeng - University of Waterloo
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Curriculum Vitae <strong>of</strong> Tao <strong>Zeng</strong><br />
calculations efficiently. Compared to other pseudopotential schemes, MCP has the character <strong>of</strong> retaining the inner<br />
nodal structure for valence orbitals and the correct nodal structure is essential for the evaluation <strong>of</strong> SOC integrals. I<br />
successfully incorporated SOC effect into MCP at the level <strong>of</strong> Douglas-Kroll (DK). This work opens a door to<br />
efficient and accurate SOC modeling for the broad field <strong>of</strong> industrial catalysis and biochemical studies. It has been<br />
demonstrated that the computational savings <strong>of</strong> this new method can be up to 20-fold, making the high level<br />
theoretical studies on the heavy elements nano-clusters and biological systems possible. It is noteworthy that I have<br />
implemented this new algorithm in the famous and widely used computational quantum chemistry program package<br />
GAMESS-US. Please refer to the peer-reviewed papers 8-14 and 18 for my contributions to the development <strong>of</strong><br />
MCP.<br />
Referee for Journals<br />
1. Journal <strong>of</strong> Physical Chemistry A<br />
2. Journal <strong>of</strong> Physics B: Atomic, Molecular & Optical Physics<br />
3. Journal <strong>of</strong> Chemical Physics<br />
6/6