2. Physical Chemistry

Physical Chemistry bridges the gap between Chemistry and physics, providing a fundamental understanding of the principles that govern the behavior of matter. It focuses on the mathematical and theoretical foundations of chemical processes, enabling us to describe and predict phenomena at the atomic and molecular level. From explaining how atoms bond to why compounds react, including how fast they react and what energies are either absorbed or released during reactions.

In this module, we delve into some of the core topics in Physical Chemistry, including electrons in atoms, atomic energy levels, and orbitals, which describe the regions where electrons are likely to be found. You’ll also explore the Schrödinger equation, a cornerstone of quantum mechanicsThe theory used to describe the behaviour of very small particles (atomic and subatomic level). Unlike classical physics which is deterministic, quantum mechanics is a probabilistic theory..

Applications of Physical Chemistry span a wide range of fields, from developing new materials and energy storage solutions to understanding biological systems and advancing quantum technologies. It’s where theory meets reality!