The Concise Encyclopedia of the Atom : Source of breakthrough information.

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The Concise Encyclopedia of the Atom, edited by Dr. Paul Musset and Dr. Antonio Lloret, is a comprehensive guide that delves into the fundamental aspects of atomic science. This reference work aims to unravel the mysteries of the atom, from its smallest particles to its profound impact on our understanding of the universe.

There are series of encyclopedia by Follett publishing company, Chicago namely The Concise Encyclopedia of Astronautics, The Concise Encyclopedia of Astronomy, The Concise Encyclopedia of Electronics, The Concise Encyclopedia of Exploration, The Concise Encyclopedia of Mythology, The Concise Encyclopedia of Ballet, The Concise Encyclopedia of Modern Art. This encyclopedia is one of them.


At its core, the encyclopedia is designed to be accessible to a wide audience, including students, educators, and anyone curious about the building blocks of matter. It serves as a roadmap through the intricate world of atoms, providing clear explanations and detailed insights into their structure, behavior, and significance in both theoretical and practical contexts.

Editor’s expertise

The original French text was written by Dr. Paul Mussel, a nuclear engineer and doctor of physical sciences, and Dr.Antonio Lloret, a Doctor of physical sciences. It has been translated and re-edited by Dr. G. Wylie, Senior Lecture in Natural Philosophy at the University of Glasgow.


Dr. Musset and Dr. Lloret, both esteemed experts in their fields, have curated a wealth of knowledge from various disciplines within atomic science. Their collaborative effort ensures that the encyclopedia covers the latest advancements and presents historical perspectives that trace the evolution of atomic theory over centuries.


The introduction has been written of this encyclopedia by Sir George P. Thomson, winner of the Nobel Prize for Physics in 1937.

Scope of the The Concise Encyclopedia of the Atom

From the pioneering work of scientists like Democritus and Dalton to the revolutionary discoveries of quantum mechanics and particle physics, each entry in this encyclopedia offers a glimpse into how our understanding of atoms has evolved. It explores key concepts such as atomic models, subatomic particles, nuclear reactions, and the applications of atomic research in fields as diverse as medicine, energy, and materials science.


The encyclopedia is organized into thematic sections that guide readers through different facets of atomic science. Whether you are exploring the principles of atomic structure or the intricate mechanisms of nuclear fission and fusion, each section is designed to build a coherent narrative that deepens your understanding of the atom’s role in the natural world and human innovation.


This encyclopedia covers things such as carbon dating for archaeological purposes, dating by lead for geology, and the Van Allen belts, zones tied to the Earth by its magnetism, but far away, which hold for a time electrons and other particles coming from the Sun and cosmic rays. Indeed readers will find reference to a large fraction of modern physics. It is up-to-date and includes such innovations as isotopic spin, and strangeness number.

Atomicity and Importance of The Concise Encyclopedia of the Atom

Atomicity has proved one great feature of physical science in the present century, perhaps the greatest. The Concise Encyclopedia of the Atom is a vital resource that explores one of the most groundbreaking ideas in modern science: atomicity. In recent times, atomicity has emerged as a key concept, showing how nature organizes matter into countless identical units—atoms and molecules—without allowing for any fractions. This idea extends far beyond chemistry, influencing fields like electricity, magnetism, and even electromagnetic radiation, where the energy of these phenomena depends on their frequency.

In the realm of atomic structure, atomicity is evident in how electrons encircle a nucleus with an integral charge, composed of whole numbers of protons and neutrons (called nucleons). This precise arrangement is fundamental to understanding how matter behaves at its smallest scales.

Moreover, atomicity’s impact reaches into mechanical action, revealing a fundamental truth about how the material world operates. It underscores the meticulous and structured nature of all physical processes, highlighting the importance of this concept in modern scientific thought.

The Concise Encyclopedia of the Atom serves as a comprehensive guide to these intricate ideas. Edited by experts Dr. Paul Musset and Dr. Antonio Lloret, this encyclopedia not only explains the basics of atoms and atomic structures but also delves into their historical significance and their applications in various scientific fields. It is an indispensable tool for students, educators, and anyone curious about the fundamental building blocks of our universe, offering clarity and depth in its exploration of atomicity and its far-reaching implications.

The educational value of The Concise Encyclopedia of the Atom

In addition to its educational value, the encyclopedia serves as a reliable reference for researchers and professionals seeking authoritative information on specific topics within atomic science. Each entry is meticulously researched and referenced, providing readers with a trustworthy source of information that reflects the latest advancements and debates within the field.


Moreover, the Concise Encyclopedia of the Atom is more than just a collection of facts; it is a testament to the enduring curiosity and ingenuity of scientists throughout history. By highlighting the contributions of diverse thinkers and experimentalists, the encyclopedia underscores the collaborative nature of scientific inquiry and the global impact of atomic research on society.


For educators, the encyclopedia offers a valuable resource for designing lessons and exploring complex topics in atomic science with clarity and precision. Its accessible language and structured format make it an ideal companion for teaching and learning about atoms, from introductory concepts to advanced theories.


Though some of the articles are long, this book is an encyclopedia, not a textbook. However, it will be very valuable in teaching and will make it reasonable to ask students to read books that contain unexplained references to matters they have not come across. Knowledge so acquired is apt to last better than that derived from lectures where the need to make notes interferes with memory, and acquiring it brings a certain feeling of discovery that the ordinary textbook does not always give.


There will also be those who, with little or no formal training in the subject, wish to understand references in the press, or just to get some idea of discoveries that have had a profound effect on human life and which even those to whom science has little personal appeal cannot afford to ignore.


The  Concise Encyclopedia of the Atom invites readers on a journey of discovery, illuminating the fundamental principles that govern the universe at its most elemental level. Whether you are a student embarking on your first exploration of atomic science or a seasoned researcher seeking to expand your knowledge, this comprehensive guide promises to inform, inspire, and deepen your appreciation for the remarkable world of atoms.


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