Chemical Physics is an interdisciplinary field that combines the principles of physics and chemistry to study chemical systems at the molecular and atomic level. This major focuses on understanding chemical processes through the application of physical theories and concepts, and uses advanced techniques such as spectroscopy and computer modeling to study chemical reactions and their mechanisms.

Fields of study of chemical physics:

• Thermodynamics and chemistry: the study of the thermal properties of materials and how energy is transferred during chemical reactions.
• Spectroscopy: The use of light to study molecular structure and atoms and analyze chemical reactions.
• Quantum Chemistry: The application of quantum mechanics to understand chemical reactions at the atomic and molecular level.
• Molecular Dynamics: The study of the movement and behavior of molecules in chemical systems and the use of computer modeling to simulate these movements.
• Surface chemistry: The study of chemical reactions that occur on the surfaces of materials, such as catalytic reactions and membrane formation.

Objectives of studying chemical physics:

• Understanding chemical reactions: Understanding the mechanisms that control chemical reactions and developing accurate models of these reactions.
• Developing new technologies: Developing new techniques and tools to analyze and study chemical systems with high accuracy.
• Industrial Applications: The application of physicochemical principles in the development of industrial products and processes, such as the manufacture of pharmaceuticals and new materials.
• Scientific research: Promoting scientific research for a deeper understanding of chemical phenomena and their applications in various fields.

Job opportunities for chemical physics graduates:

• Academic research: Working as a researcher or professor in universities and research centers specialized in chemical physics.
• Chemical Industries: Work in chemical companies and manufacturing industries to develop and improve chemical processes and products.
• Pharmaceutical industries: Developing medicines and drugs through understanding chemical and molecular interactions.
• Advanced Techniques: Work in developing spectroscopy and computer modeling techniques for analyzing chemical systems.
• Environment and Energy: Contributing to the development of new environmental solutions and renewable energy technology through understanding chemical reactions.

The Chemical Physics major offers multiple opportunities in research and industrial applications, and contributes to improving our understanding of chemical reactions and developing new technologies to solve scientific and industrial problems.