Harnessing the power of massively parallel computing architectures
Harnessing the power of massively parallel computing architectures
Enabling high-fidelity simulations of complex materials
Enabling high-fidelity simulations of complex materials
Elucidating reaction mechanisms in synergy with experiments
Elucidating reaction mechanisms in synergy with experiments
Predicting the dynamic behavior of catalysts
Predicting the dynamic behavior of catalysts
Implementing cutting-edge computational approaches and algorithms
Implementing cutting-edge computational approaches and algorithms
Rationalizing puzzling experimental observations
Rationalizing puzzling experimental observations
Zacros is developed at UCL by the group of Michail Stamatakis and the Research Software Development Group
Zacros is developed at UCL by the group of Michail Stamatakis and the Research Software Development Group
Harnessing the power of massively parallel computing architectures
Harnessing the power of massively parallel computing architectures
Enabling high-fidelity simulations of complex materials
Enabling high-fidelity simulations of complex materials
Elucidating reaction mechanisms in synergy with experiments
Elucidating reaction mechanisms in synergy with experiments
Predicting the dynamic behavior of catalysts
Predicting the dynamic behavior of catalysts
Implementing cutting-edge computational approaches and algorithms
Implementing cutting-edge computational approaches and algorithms
Rationalizing puzzling experimental observations
Rationalizing puzzling experimental observations
Zacros is developed at UCL by the group of Michail Stamatakis and the Research Software Development Group
Zacros is developed at UCL by the group of Michail Stamatakis and the Research Software Development Group

Latest News

New Release!

We have released Zacros 4.0, which incorporates modern subgraph isomorphism algorithms for faster simulations of complicated systems and improvements to the MPI implementation of the Time-Warp algorithm for massively parallel simulations of catalytic materials. Get it from XIP, the UCL Business licensing portal.

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