Statistical Mechanics with Introduction to Plasma Physics by Dr. Rajesh Kumar Verma, Dr. Pushpender Kumar Gangwar, and Dr. Atul Kumar Pandey, published by Mahaveer Publications, is meticulously designed as per the FYUGP (NEP) syllabus for 5th Semester (Dibrugarh University) and 6th Semester (Gauhati University, Assam University, Bhattadev University, and other Indian universities and autonomous colleges).

This textbook provides a clear and comprehensive treatment of classical and quantum statistical mechanics along with an introduction to plasma physics. It begins with the foundational principles of classical statistics, covering microstates, macrostates, ensembles, entropy, Maxwell–Boltzmann distribution, and partition functions. It then transitions into quantum statistics, explaining Bose–Einstein and Fermi–Dirac distributions, Bose–Einstein condensation, degenerate Fermi gases, and their applications in condensed matter, astrophysics, and radiation theory.

The plasma physics section introduces the properties, parameters, and dynamics of plasma, Debye shielding, quasi-neutrality, plasma diagnostics, magnetic confinement, and applications such as solar corona and solar wind studies.

With a balance of mathematical rigor and conceptual clarity, numerous examples, and problem-solving exercises, this book is ideal for undergraduate physics students, serving both as a primary learning resource and as a guide for competitive examinations.