Ten New Books In Mathematics Gleeson Gleanings

Bonisiwe Shabane

-Oct 30, 2025, 10:06 AM

ten new books in mathematics gleeson gleanings

Here is a sample of mathematics-related books that are new to Gleeson Library. To view additional titles, see New Mathematics Books on the library website. Nik, the Maya Zero: The Mathematics, Culture, and Philosophy of Maya Numerals “Nik, the Maya zero”—with an introduction by USF professor Aparna Venkatesan—explores the mathematical and astronomical knowledge of Maya culture through an English translation of José Mucía Batz Lem’s work. The book delves into the Maya concept of time and their unique interpretation of zero as a foundational point for numbers. It highlights the symbolic representation of time in Maya culture and presents zero not as “nothing,” but as the origin of positive and negative numbers.

This translation aims to make Maya mathematical insights more accessible to a broader audience while preserving the original text’s conversational nature and exploring the philosophical implications of Maya numerals. Beautiful Math: The Surprisingly Simple Ideas Behind the Digital Revolution in How We Live, Work, and Communicate “Beautiful Math” by Chris Bernhardt explores the mathematical foundations of the digital age. The book covers four main themes: information, communication, computation, and learning. Bernhardt uses simple mathematical models to reveal deep connections between seemingly unrelated concepts, explaining key ideas like information theory, digital-analog conversion, algorithms, and neural networks. The author aims to present these complex topics with minimal mathematics, making them accessible to a wide audience.

Historical anecdotes provide context for technological developments. The book offers readers, regardless of their mathematical background, an engaging journey through the mathematical principles underlying our digital world. It's a golden age for popular math books and as new books are published, we'll list the ones written by Five Books interviewees and frequently recommended authors, here. Please email us ([email protected]) with any books that should appear on this list. The 2024 British Academy Book Prize for Global Cultural Understanding The Best Literary Science Writing: The 2023 PEN/E.O.

Wilson Book Award In I Can't Do Maths two professors of maths education, Alf Coles and Nathalie Sinclair, look at why it is that some kids are put off learning maths and whether there's a way around... In particular, they analyze five 'dogmas' that they challenge, including 'Maths is always right or wrong' and 'Maths is for some people not others.' ***One of the best books on critical thinking, recommended by Nigel Warburton*** Our best-selling new and future releases. Updated frequently.

Get Help with Books & eBooks in Engineering & Physical Sciences Copyright © The Regents of the University of California. Except where otherwise noted, this work is subject to a Creative Commons Attribution-Noncommercial 4.0 License. This selection of mathematics books covers topics like Maya numerals, Emmy Noether’s legacy, cryptography, trigonometry, and vectors’ impact on science. It also explores math’s role in the digital age, statistics in daily life, mathematical history, and socially just education. Each book offers accessible insights into math’s cultural, scientific, and practical significance.

Continue reading 10 New Books in Mathematics New mathematics books include “Mathematical Intelligence,” which emphasizes human creativity over machines, and “Probably Overthinking It,” a guide to data-driven decision-making. Other notable titles explore historical contributions to math, its cultural impact, and advances in fields like topology and chaos theory, offering diverse insights into mathematics. Continue reading Ten New Books in Mathematics The Math Book, part of DK’s acclaimed Big Ideas series, offers an engaging introduction to mathematics for both beginners and those wanting a refresher. With over 85 key concepts and events, it covers the evolution of math from ancient civilizations to modern breakthroughs like cryptography and artificial intelligence.

Clear explanations, striking graphics, charts, and timelines help demystify complex ideas, making even topics like imaginary numbers and statistics accessible. The book also highlights influential mathematicians and the ongoing impact of math on technology, nature, and daily life, making math relevant and intriguing for all readers. Sum Stories explores eighteen famous mathematical equations and the fascinating history behind them. Spanning 4,000 years—from ancient Greek geometry and early counting to Renaissance algebra, fractals, and Boolean logic—the book traces how math has shaped human understanding. Along the way, it tackles questions such as proving 1 + 1 = 2, the length of Britain’s coastline, formulas for prime numbers, and the mysteries of infinity. Illustrated with historical artifacts and clear diagrams, this accessible and engaging collection makes complex ideas approachable, offering general readers an entertaining journey through the beauty, logic, and cultural impact of mathematics.

This book by USF professor emeritus John Stillwell explores algebraic number theory by extending unique prime factorization from integers to broader domains, arising from solving polynomial equations in integers—where factorization may fail. Dedekind’s ideals restore it, supported by concepts like algebraic number fields, integers, rings, vector spaces, and modules. Emmy Noether formalized these in Dedekind rings. Tracing historical development, the text motivates each step toward factorization, minimizing prerequisites for a self-contained, accessible read, ideal for a one-semester course. Algorithms now shape everyday life—from facial recognition at airports to systems deciding loans and bail—but their roots stretch centuries. Building on their Columbia course, Chris Wiggins and Matthew L.

Jones trace data’s history from the U.S. census and Victorian eugenics to Google search, showing how data is made, curated, and weaponized to define truth and distribute power. They reveal how mathematical and computational techniques reorganize people, institutions, militaries, and economies, amid an unstable contest among states, corporations, and the public. Understanding this trajectory, they argue, lets us steer data’s future—intentionally—toward collective goals rather than inherited defaults. This approachable introduction guides readers from the intuitive idea of counting to the rigorous construction of the real numbers. Starting with finite sets and natural numbers, each new type—integers, modular numbers, rationals—is built systematically from the previous using equivalence relations.

The book reveals how complex numbers like π emerge from simple concepts without requiring advanced theorem-proof study. Clear explanations, step-by-step development, and included exercises make it ideal for students new to university mathematics who want to understand real numbers’ foundations before tackling formal graduate-level courses. Countless math books are published each year, however, only a tiny percentage of these titles are destined to become the kind of classics that are loved the world over by students and mathematicians. Within this page, you’ll find an extensive list of math books that have sincerely earned the reputation that precedes them. For many of the most important branches of mathematics, we’ve provided what we consider to be the best math books for the subject at hand. We aimed for a list of titles that were either introductory in nature or that fall into the category of “must-have” math reference books.

Naturally, a universal consensus doesn’t exist but the books below are as close as it gets to a wish list for any aspiring mathematician or person who’s interested in mathematics. We highly recommend each and every one of these titles and hope that you’ll enjoy them, too. Please note, this list will constantly be updated so as to keep it current. Mathematics is the study of the most general relational aspects of reality, or “formal” properties of the world. Such properties of things are strongly invariant under diverse operations, preserving the same abstract structural features despite different concrete empirical contents. For example, the number five is a feature both of the human hand and of the stars in the US flag.

Thus, even though fingers and vertices are very different kinds of things, they do have something important in common: they are both instances of the number five. The range of mathematics is extraordinarily wide, embracing everything from daily life (as in grocery shopping) to highly technical scientific applications (like nuclear power and the Internet) to pure math (which has no applications... With all this in mind, we have compiled a list of the most influential books in mathematics of the past decade (2010–2020). We have assigned an objective measure of “influence” to each book within its subfield on the basis of the number of references it has received in both the academic literature and the popular media. Note that our list does not necessarily represent the most popular math books overall published during the past ten years, nor is it a list of mathematics bestsellers during that time frame—for several reasons. For one thing, we have excluded math textbooks and technical reference works, as well as sacred texts and all but the very most influential of fictional works, which may contain math-related material.

Ten New Books In Mathematics Gleeson Gleanings

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