Kindly note that we have put a lot of effort into researching the best books on Advance Field Theory, Gravitation, Electromagnetic and Microwave Antennas subject and came out with a recommended list of top 10 best books. The table below contains the Name of these best books, their authors, publishers and an unbiased review of books on "Advance Field Theory, Gravitation, Electromagnetic and Microwave Antennas" as well as links to the Amazon website to directly purchase these books. As an Amazon Associate, we earn from qualifying purchases, but this does not impact our reviews, comparisons, and listing of these top books; the table serves as a ready reckoner list of these best books.
1. “Classical Theory of Fields: Course of Theoretical Physics – Vol. 2” by Landau
“Classical Theory of Fields: Course of Theoretical Physics – Vol. 2” Book Review: The fourth edition of the book contains seven new sections with chapters on theory of relativity, attraction Waves and Relativistic Cosmology. The text has been completely revised and several other concepts are inserted. The Classical Theory of Fields book by Landau contains 9 volumes, covering all branches of the subject. If the reader is interested in the theoretical part, then the reader can opt for this book. At the end of each chapter, there are notes. These notes are very helpful in having a quick revision of what you have read in the previous chapter. The book is preferred to all those related to atomic physics, nuclear physics, astrophysics and condensed matter physics.


2. “An Introduction to Quantum Field Theory” by Michael E Peskin and Dan V Schroeder
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“An Introduction to Quantum Field Theory” Book Review: The book starts with Section 1 that consists of introduction of Pair Production in e+ e annihilation, then the content is shifted towards The KleinGordon Field, The Dirac Field, Quantum Electrodynamics, and Radiative corrections. Then Section 2 of the book is all about Renormalization. The section starts with UV Cutoffs and Critical Fluctuations, Functional Methods, and Critical Exponents and Scalar Field Theory. The last part contains the content related to Nonabelian gauge theory and includes the chapters related to NonAbelian Gauge Theories, its Invariance, and Quantization. Quantum Chromodynamics, Perturbation Theory Anomalies, and Quantization of spontaneously broken gauge theories, are included in the last chapter. The book is preferred to all those related to atomic physics, nuclear physics, astrophysics and condensed matter physics.


3. “Electromagnetic Field Theory and Transmission Lines” by RAJU
“Electromagnetic Field Theory and Transmission Lines” Book Review: Electromagnetic theory and Transmission Lines is a textbook for one semester, initial course on magnetic attraction theory (EMFT) at the UGlevel. The content in the book is plain and in easy English, and is explained with the help of delineated representations and real life based examples to clarify the elemental ideas, notations, illustration and principles that govern the sphere of EMFT. The chapters cover each facet of EMFT from natural philosophy to advanced topics managing Magnetic Attraction Interference (EMI) / Magnetic Attraction Compatibility (EMC), EMC standards and style strategies for EMC. The book is preferred to all those related to atomic physics, nuclear physics, astrophysics and condensed matter physics.


4. “Advances in the Interplay Between Quantum and Gravity Physics (Nato Science Series II:)” by Peter G Bergmann and V de Sabbata
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“Advances in the Interplay Between Quantum and Gravity Physics (Nato Science Series II:)” Book Review: This book provides a completely different aspect of the influence of gravity on quantum systems. The interaction between gravity and quantum systems ranging from matters within the early universe supported uranology observations, up to the mortal primarily based experiments with atom interferometry for searching the structure of reference frames has been reinforced. There are contents related to the quantum field and horizon of a part as well. The matter of black holes, physical science and entropy, quantum data, quantum black holes, quantum evaporation and Hawking radiation, recent advances in stochastic gravity are also discussed. The philosophical system between reference frame and matter has been deeply analyzed to envision why, for the theory of relativity, this can be an obstacle for quantisation of the speculation. Conjointly Canonical Gravity and Mach’s principle, torsion and curvature and Dirac pure mathematics of real reference frame are also analysed, in conjunction with the matter of 5Dimensional Projective Unified theory and dimensional Gravity and Cosmology.


5. “Advances in Gravitation and Cosmology” by B R Iyer and A R Prasanna
“Advances in Gravitation and Cosmology” Book Review: This book assesses research in Gravitation and Cosmology by examining the subject from various viewpoints. There are 20 articles in the book in their respective disciplines, each defines the state of art and contains a concise summary of our present understanding of a facet of gravitational physics. The book focuses on major areas such as Quantum Gravity, Gravitational Radiation and Cosmology in which research has made significant progress. A critical appraisal was made of future prospects and unsolved issues. It is also explained how advances in these areas have become so accelerated that they require constant dissemination and assessment. For research workers and students of gravitation and cosmology, this volume provides a broad and critical view of current problems and future prospects.


6. “The Theory of General Relativity and Gravitation” by Ludwik Silberstein
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“The Theory of General Relativity and Gravitation” Book Review: This book contains details of an important historical work. This work is culturally vital, and is an element of the knowledge domain of civilization as we all know it. This work was reproduced from the first unit, and remains as faithful the first work as doable. Each issue highlights fascinating samples of science shaping our lives, revealing reminiscences and discoveries. It is preferred reading for historians, researchers and anyone interested in science and its path through history. The book is preferred to all those related to atomic physics, nuclear physics, astrophysics and condensed matter physics.


7. “Mechanics of Electromagnetic Solids (Advances in Mechanics and Mathematics)” by J S Yang and Gérard A Maugin
“Mechanics of Electromagnetic Solids (Advances in Mechanics and Mathematics)” Book Review: The mechanics of magnetism materials and structures has been developing apace with in depth applications in, e.g. industry, applied science, and sensible materials and structures. Researchers during this knowledge domain field square measure with numerous backgrounds and motivation. This volume contains papers supporting most of the displays at the conference, and articles from a couple of invited contributors. These papers replicate a number of the recent activities within the mechanics of magnetism materials and structures. the primary twelve papers square measure within the order during which they were listed within the program of the conference. For research workers and students of gravitation and cosmology, this volume provides a broad and critical view of current problems and future prospects.


8. “Recent Advances in Electromagnetic Theory” by H N Kritikos and Dwight L Jaggard
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“Recent Advances in Electromagnetic Theory” by H N Kritikos and Dwight L Jaggard
The starting part of the book includes chapters like Electromagnetic Waves in Chiral Media, Norms of TimeDomain Functions and Convolution Operators, An Overview of the Theory of the NearZone Doppler Effect, Analysis of ChanneledSubstratePlanar DoubleHeterostructure Lasers Using the Effective Index Technique, and ends with the chapter Correlation Theory of Electromagnetic Radiation Using Multipole Expansions. The book is preferred to all those related to atomic physics, nuclear physics, astrophysics and condensed matter physics. The content of the book is easy to understand and all the topics are very well arranged such that every next topic is related to the previous one. 

9. “Advanced Microwave Passive Components Design for Antenna Feeding Network Applications” by Xianshi Jing
“Advanced Microwave Passive Components Design for Antenna Feeding Network Applications” Book Review: This thesis looks for multisection mechanical devices, patchbased mechanical devices and multisection part shifter. Because of the initial contribution of this thesis, a multisection mechanical device with absolute power magnitude relation and electrical resistance transformation is planned and totally analyzed so a wider information measure is achieved. For the second contribution of the thesis, a multisection πbased part shifter is meant and analyzed. So as to avoid the part oscillation round, the center frequency, the relation of the impedances for the shortended stubs and also the part shift is absolutely analyzed. The planned structure will then be extended to a better order to attain a better part distinction and a wider information measure.


10. “Advanced Antenna Considerations I” by Steven Best
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“Advanced Antenna Considerations I” Book Review: This is the third in a very 3 CD course. The Introduction to Antennas course has a series of lectures on CD. This series provides each a basic and elaborated discussion on antenna properties, antenna style issues, differing kinds of antennas, RF propagation problems, and a summary of specific antennas utilized in today’s wireless communications markets. For research workers and students of gravitation and cosmology, this volume provides a broad and critical view of current problems and future prospects.


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