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Theoretical Chemistry is the field of solving the complex mathematical equations of the quantum mechanical methods with
computers. It is an old and young topic at the same time, old for the history of the methods representing the principles of
this field and young as it is connected with the fast developments in computer hard and software. Currently, computational
chemistry has become an essential tool to study and explain problems in most of chemistry branches. Interestingly,
computational chemistry has gone beyond being a complementary tool for experimental results. In order to save time, efforts
and money, chemists need to run computational calculations before dissolving chemicals in solvents and installing reflux
and condenser. In industry, computational chemistry has become an important unit to develop new products and to save the
expensive cost of try and error. During my talk I am going to focus on the importance of computational chemistry in industry
and the new applications of computational chemistry in the field of astrophysics, biology, drug design and nanotechnology.