4. Physics refer to….
• The study of the physical world – use of some basic concepts, equations,
and assumptions to describe the physical world
• make predictions about broad range of phenomenon
• basic physics principles put to test in Appliances, tools, buildings,
inventions
9. Describing the behavior of charged/charged species under the influence of
electric/ magnetic fields and vice-versa
Electrodynamics
10. Describing the light-matter interaction @ atomic level, forming the basis for
• Quantum mechanics
• Nuclear and Particle Physics
• Atomic & Molecular Physics
• Semiconductor Device Physics
• Physics of Nano-materials
Modern Physics
11. Describing the distribution of energy among the particles
in a given system, forms the basis for:
• Quantum mechanics , Particle Physics
• Nanophysics
• Electronics
Statistics and Thermodynamics
12. Describing the existence of fundamental particles and forces between them
Nuclear and Particle Physics
13. Describing matter in solid/condensed
state. Forms the basis for
• Mechanical and Civil Engineering
• Material Science
• Electronics
Solid State Physics
14. Describing the conduction of
charge carriers in different
materials and mediums. Forms
the basis for
• Electrical Engineering
• Electronics and
Communication Engineering
• Instrumentation and Control
Electronics
16. Physicists can be employed in:
• Universities and research
institutes
• Government Laboratories
• Hospitals
• Industry
• Private research facilities
Within Industry, one can work in a
range of sectors:
• Defence
• Aerospace
• Electronics
• Health and Pharmaceuticals
• Food and drink manufacturing
• And many more…..
Prospective Employers