Physics is an intellectual discipline that continues to push the boundaries of our understanding of the natural world, and it inspires young people. It generates the fundamental data needed for future technological breakthroughs that will power the world's economic engines. It supplies the skilled workers and technology infrastructure required to benefit from scientific advancements and discoveries. The study of physics is crucial for those pursuing careers in chemistry, engineering, computer science, and other physical and biological disciplines. Physics broadens and enhances our understanding of other disciplines, such as earth, agricultural, chemical, biological, environmental science, astrophysics, and cosmology subjects of immense importance to all peoples on the world. It also improves our quality of life by providing us with the basic information needed to develop new instruments and techniques for medical applications such as nanomedicine, positron emission tomography, ultrasound imaging, laser surgery, drug delivery systems, CT scans, and MRIs.
The Physics department was founded in 1951 at Lahore College for Women, Lahore. The initial Head of the Physics Department was Mrs. Hajra Khan; other former heads were Mrs. Munawar Mansoor, Miss Naeema Mohsin, Mrs. Qaisra Shiraz Khan, Prof. Mrs. Yasmeen Ali, Prof. Dr. Rehana Zia, and Prof. Dr. Zohra Nazir Kayani. The current head of the physics department is Prof. Dr. Safia Anjum. B.Sc. classes were started in 1958 and later B.Sc. (Hons) classes were conducted in the 1960’s. M.Sc. program was started in 1966. Ph.D. program has been successfully launched in 2003. MS Physics (Regular) program was started in 2006 and MS Nano Science & Nanotechnology (Regular) program was started in 2022. Currently, the department enrolls students for 4 years BS Physics (Regular and Self-Support) program, 2-year MS Physics, MS Nanoscience and Nanotechnology (Regular) Program and Ph.D. Physics Program.
1. Learning Objectives
l To provide sound basic education in Physics for students planning careers in science, engineering and other disciplines.
l To encourage students to participate in research projects appropriate to their academic abilities and experience.
l To prepare and train students for advanced studies and specialization in recently emerging technologies.
l To encourage creativity analytical thinking, critical analysis, and innovative problem-solving skills.
l To develop a scientific attitude and demonstrate professional skills in teaching and research.
l To provide opportunities for considerable personal development.
2. Outcomes
l Students have the ability to do small independent projects and work independently with multi-disciplinary teams.
l Students with advanced capabilities in leadership and management can provide significant intellectual contributions in the field of Physics.
l Students can use the techniques & modern scientific tools necessary for professional practice.
l Students can apply knowledge of Physics and other specialties in everyday life.
l Students can conduct empirical research and think analytically.