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Doing Mathematics: Convention, Subject, Calculation, Analogy by Martin H. Krieger – Hardcover book cover
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Doing Mathematics: Convention, Subject, Calculation, Analogy by Martin H. Krieger – A Rigorous Study of Mathematical Pra

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Product Description

Introduction

Doing Mathematics: Convention, Subject, Calculation, Analogy by Martin H. Krieger is a profound exploration of how mathematicians actually think, work, and create. This second edition, published by World Scientific Publishing Company, offers Indian students, researchers, and enthusiasts a rare glimpse into the living fabric of mathematical practice. Far from a dry textbook, it reveals the human and philosophical dimensions behind theorems, proofs, and discoveries.

Book Overview

This hardbound volume delves into the four pillars that shape mathematical work: the conventions we adopt, the subject areas we define, what we can prove and calculate about the physical world, and the analogies that drive insight. Krieger argues that mathematics is not a fixed edifice but a dynamic enterprise shaped by these forces. Through rich case studies—from the central limit theorem to the two-dimensional Ising model—the book shows how mathematical reality emerges from a delicate interplay of choice, constraint, and creativity.

Key Highlights

  • Second Edition Updates: Each chapter has been deepened with new material on mathematical rigor, philosophy, and contemporary applications.
  • Real-World Connections: Bridges abstract mathematics with physics, statistics, and number theory, making concepts tangible.
  • Case Studies Include: The sound of a drum’s shape, stability of matter, the Langlands program, and Dedekind’s legacy.
  • Accessible Yet Rigorous: Written for both advanced undergraduates and working mathematicians.

Inside the Book

The book opens with an examination of mathematical conventions—how notation, definitions, and axioms are chosen and why they matter. It then moves to subject matter, exploring how mathematicians delimit fields of study. The third section focuses on calculation and proof, using examples like rigorous proofs of matter stability. The final part investigates analogy, showing how connections between algebra and topology or number theory and function theory drive new discoveries. Each chapter weaves historical context with modern practice.

Key Topics

  • Central limit theorem and statistical foundations
  • Eigenvalues and the geometry of drums
  • Algebraic topology and its analogies
  • Stability of matter in quantum mechanics
  • Two-dimensional Ising model and phase transitions
  • Langlands program in number theory and representation theory
  • Dedekind’s contributions to number theory and analysis

Reader Benefits

Indian readers will find this book invaluable for understanding the why behind mathematics. It sharpens critical thinking, reveals the philosophy underpinning mathematical practice, and provides a bridge between pure mathematics and its applications. Whether you are preparing for competitive exams, teaching, or pursuing research, this book enriches your perspective on how mathematics is actually done.

Learning Outcomes

  • Grasp the role of convention and choice in mathematical reasoning
  • Understand how subject boundaries influence discovery
  • Appreciate the interplay between calculation and proof
  • Recognize analogical thinking as a driver of mathematical progress
  • Connect classical results to modern research programs

Who Should Read

This book is ideal for mathematics students at the postgraduate or advanced undergraduate level, researchers in pure and applied mathematics, physics students interested in mathematical foundations, and educators who wish to bring philosophical depth to their teaching. Anyone curious about the creative process behind theorems will find it rewarding.

About the Author

Martin H. Krieger is a distinguished scholar known for his interdisciplinary work in mathematics, physics, and philosophy. He has taught at leading institutions and brings decades of experience in making complex mathematical ideas accessible. His writing reflects a deep love for the subject and a commitment to showing mathematics as a living, evolving practice.

About the Publisher

World Scientific Publishing Company is a globally respected academic publisher, renowned for high-quality books in science, mathematics, and technology. Their rigorous editorial standards ensure that each title is authoritative, well-researched, and valuable to the scholarly community. This hardcover edition is built to last—perfect for library collections and personal study.

Conclusion

Doing Mathematics: Convention, Subject, Calculation, Analogy is more than a book—it is an invitation to think like a mathematician. For Indian readers seeking to deepen their understanding of mathematical practice, this second edition offers timeless insights. Order your hardcover copy from Bookshops.in today and embark on a journey into the heart of mathematical creation.

Quick Summary

Doing Mathematics: Convention, Subject, Calculation, Analogy by Martin H. Krieger is a thought-provoking exploration of how mathematicians actually work and create knowledge. Instead of focusing solely on theorems, Krieger examines the roles of convention, subject matter, calculation, and analogy in shaping mathematical practice. The book uses rich case studies—including the central limit theorem, the problem of hearing the shape of a drum, rigorous proofs of the stability of matter, solutions to the two-dimensional Ising model, and their links to the Langlands program—to illustrate how these elements interact. Written for advanced students and researchers, this work bridges mathematics, physics, and philosophy. Readers will gain a deeper understanding of mathematical creativity and the constraints that guide discovery. Buying from Bookshops.in ensures you receive a genuine hardcover edition with reliable delivery across India.

Book Highlights

Explores the foundational role of convention in mathematical practice
Analyzes how subject areas are delimited and evolve
Examines calculation as both a tool and a constraint
Shows how analogies drive mathematical discovery
Includes case studies on the central limit theorem
Discusses the sound of a drum shape problem
Connects algebra and topology through concrete examples
Covers rigorous proofs of the stability of matter
Explores solutions to the two-dimensional Ising model
Links the Ising model to the Langlands program
Written by a respected scholar in mathematical physics
Suitable for advanced undergraduates and above
Encourages reflection on what makes mathematics work
Published by World Scientific, a trusted academic publisher

Book Specifications

ISBN-139789814571838
ISBN-109814571830
Publisher‎ World Scientific Pub Co Inc
Language‎ English
Dimensions‎ 15.88 x 3.18 x 23.5 cm
Weight‎ 839 g
CategoryMathematics › Geometry
GenreNon-fiction
Original LanguageEnglish

Frequently Asked Questions

What is the main theme of Doing Mathematics?
The book explores how mathematicians work through convention, subject matter, calculation, and analogy, using detailed case studies.
Who is the author Martin H. Krieger?
Martin H. Krieger is a scholar known for his work in mathematical physics and the philosophy of mathematics.
Is this book suitable for undergraduate students?
Yes, advanced undergraduates with a background in mathematics or physics will find it accessible and insightful.
What case studies are included in the book?
The central limit theorem, the sound of a drum shape, stability of matter, the Ising model, and connections to the Langlands program.
Does the book cover the Langlands program?
Yes, it discusses the Langlands program in relation to the Ising model and other mathematical structures.
How is this book different from a standard math textbook?
It focuses on the process and philosophy of mathematics rather than just presenting theorems and proofs.
Is the book only for mathematicians?
No, it is also valuable for physicists, philosophers, and anyone interested in how mathematical knowledge is created.
What is the role of analogy in the book?
Analogy is presented as a key driver of mathematical discovery, helping to transfer ideas across domains.
Does the book discuss mathematical conventions?
Yes, it examines how conventions shape what is considered valid or interesting in mathematics.
Is the book based on original research?
It synthesizes original insights and case studies from the author's research and broader mathematical literature.
Is the book available in hardcover?
Yes, this edition is a hardcover binding.
Can I use this book for a course on mathematical thinking?
Absolutely, it is ideal for courses on mathematical practice, philosophy of mathematics, or advanced problem-solving.
Where can I buy this book in India?
You can purchase it from Bookshops.in, a premium Indian online bookstore.
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