Modeling of molecular catalysts in chemistry is still a time consuming process. Where chemists design new catalysts in 2D on a screen or a paper, for making special molecules with a defined chirality, Augmented Chemistry provides an efficient way for designing and interacting with the molecules. This helps to understand the spatial relations between catalyst and reacting molecules and accelerates the process of creating a functioning catalyst. Also for students it is very informative to see what molecules are, and how they can behave and react in a 3D environment with other molecules. The proposed demo will show the usage of that system with a sample set of two reacting molecules.     «

Modeling of molecular catalysts in chemistry is still a time consuming process. Where chemists design new catalysts in 2D on a screen or a paper, for making special molecules with a defined chirality, Augmented Chemistry provides an efficient way for designing and interacting with the molecules. This helps to understand the spatial relations between catalyst and reacting molecules and accelerates the process of creating a functioning catalyst. Also for students it is very informative to...     »