McCoy's WorkNone

McCoy's WorkNone is a computational method used in quantum chemistry to efficiently estimate the electronic properties of molecules without performing full, resource-intensive calculations. It leverages mathematical approximations to predict how electrons are distributed and how molecules behave, allowing scientists to analyze complex systems more quickly. This approach is particularly useful for large molecules or systems where traditional methods would be too time-consuming, enabling researchers to gain insights into molecular characteristics with reasonable accuracy and less computational effort.