Physics for Science and Engineering

A foundational textbook covering introductory physics for science and engineering students. Topics typically include mechanics, thermodynamics, waves, electricity, magnetism, and modern physics, with emphasis on problem-solving and applications.

Study of monogenean parasites on so,e fishes from lesser zab and greater zab …

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571,99/N91

Molecular identification of some mosquito species (diptera:culicidae)with mor…

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595,77/Y20

Mathematics and Physics

This work explores deep connections between modern mathematics and theoretical physics, including quantum field theory, geometry, and symmetry. Written by Yuri Manin, it reflects the growing interaction between the two disciplines and is intended for advanced students and researchers.

Renormalization

“Renormalization” by Edouard Manoukian is a well-known textbook in advanced physics, especially in quantum field theory (QFT). Here’s a clear breakdown of what it is and why it matters:

Introduction to Modern Physics

A comprehensive introductory textbook on modern physics, presenting key concepts such as special relativity, quantum theory, atomic and nuclear physics. Designed for undergraduate students, it balances conceptual explanations with mathematical formulation.

The Mechanical Universe: Introduction to Mechanics and Heat

An introductory physics textbook based on the famous Caltech course and video series. It presents the principles of classical mechanics and heat with strong mathematical foundations and clear conceptual explanations, suitable for undergraduate students.

Foundations of Quantum Mechanics I

A rigorous and axiomatic treatment of quantum mechanics, focusing on its logical and mathematical structure. This volume lays the foundational framework for understanding quantum theory from a conceptual and formal perspective, intended for advanced students and researchers.

Tensors, Relativity and Cosmology

A specialized physics text introducing tensor methods and their applications in general relativity and cosmology. The book bridges mathematical formalism with physical interpretation, making it useful for advanced undergraduate and graduate students.

Principles of Modern Physics

A foundational textbook introducing the principles of modern physics, including special relativity, quantum theory, atomic structure, and nuclear physics. Written by Robert B. Leighton, it is known for its clear explanations and strong conceptual approach.