Emanuele Curotto was born and raised in Italy until the age of 24. In 1988 he immigrated to the United States, completed his Bachelor of Science at the University of Massachusetts Lowell, earned a Doctorate from Yale University in 1996 under the direction of Dr. J. Cross,  and was a postdoctoral fellow at the University of Rhode Island under the direction of Dr. D. L. Freeman. He was hired at Arcadia University (formerly Beaver College) in 1998 where he currently serves as Professor and Department chair. 


Over the past two decades, our group at Arcadia University and the Mella group at the Universita` degli Studi dell'insubria, have been closely collaborating in the development and implementation of quantum Monte Carlo methods, primarily to estimate nuclear quantum effects in condensed matter and clusters.  The most recent advances include the formal development of Path Integral and Diffusion Monte Carlo methods that permit enhanced convergence when rigid constraints are included in simulations, the introduction of Smart – Darting – like techniques to enhance the sampling of the ground state density in extremely frustrated systems, and the exploration of the mathematical property of the Langevin equation in manifolds with boundaries and gradient torsion associated with nodal surfaces of excited states.  Application examples include the determination of coupling effects on the ground state of gas phase molecules between rotation and torsional degrees of freedom, the determination of the ground state energy and wavefunctions of lithium-ion Stockmayer clusters, the enhancement of hydrogen isotopic separation offered by the surface of ammonia clusters, the Ring Polymer Molecular Dynamics from the Brownian Bridge representation of the Path Integral, and the simulation of multi-electronic states in the Kustaanheimo-Stiefel Space by Diffusion Monte Carlo. 

The capped pentagonal bipyramid global minimum of the 5-D PES [J. Chem. Phys. 129,. 094304 (2008). ] of (H2)10.