
Transcriber’s Note:
PREFACE
CONTENTS
CHAPTER I INTRODUCTION.
CHAPTER II THE MASKING OF SIMILARITY OF SYMMETRY AND CONSTANCY OF ANGLE BY DIFFERENCE OF HABIT, AND ITS INFLUENCE ON EARLY STUDIES OF CRYSTALS.
CHAPTER III THE PRESCIENT WORK OF THE ABBÉ HAÜY.
CHAPTER IV THE SEVEN STYLES OF CRYSTAL ARCHITECTURE.
CHAPTER V HOW CRYSTALS ARE DESCRIBED. THE SIMPLE LAW LIMITING THE NUMBER OF POSSIBLE FORMS.
CHAPTER VI THE DISTRIBUTION OF CRYSTAL FACES IN ZONES, AND THE MODE OF CONSTRUCTING A PLAN OF THE FACES.
CHAPTER VII THE WORK OF EILHARDT MITSCHERLICH AND HIS DISCOVERY OF ISOMORPHISM.
Step into the glittering realm of crystal science, where ordinary minerals become mesmerizing displays of color and geometry. Using clear, everyday language, the author walks listeners through striking photographs taken through polarized light, revealing hidden patterns that turn simple quartz into a kaleidoscope of right‑handed and left‑handed twins. The narrative blends vivid description with the excitement of live experiments, making the invisible structures of solid matter feel both tangible and awe‑inspiring.
Beyond the visual spectacle, the book traces the evolution of crystallography from early observations to the cutting‑edge discoveries of the early twentieth century. It introduces pioneering figures such as the Abbé Haüy and the innovators behind liquid‑crystal research, explaining how their work reshaped our understanding of symmetry, chemical valency, and crystal growth. All technical jargon is stripped away, leaving a compelling story that invites anyone with a curious mind to appreciate the elegant order hidden within every solid object.
Language
en
Duration
~8 hours (465K characters)
Publisher of text edition
Project Gutenberg
Original publisher
United Kingdom: K. Paul, Trench, Trübner,1911.
Credits
Richard Tonsing and the Online Distributed Proofreading Team at https://www.pgdp.net (This file was produced from images generously made available by The Internet Archive)
Release date
2022-07-15
Rights
Public domain in the USA.
Subjects

1864–1938
Best known for pioneering studies of crystal structure and optical properties, this British scientist carried out influential research while working full time in education. His precise measurements became important enough that a whole family of compounds came to be known as Tutton's salts.
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