Subject
Cosmogony Books
Best books
Svante Arrhenius
Worlds in the making: The evolution of the universe
"Wolds in the Making: The Evolution of the Universe" by Svante Arrhenius is a scientific publication written in the early 20th century. This work explores concepts of cosmogony and the evolution of the universe, delving into subjects such as volcanic phenomena, earthquakes, and the characteristics of celestial bodies. The book reflects Arrhenius's interest in explaining the physical foundations of the universe based on the principles of physics and chemistry. The opening of the book serves as a preface in which Arrhenius outlines his motivations for writing the work, referencing the shortcomings of previous theories on the origin of the universe and the importance of understanding volcanic activity and its consequences on Earth. He discusses past natural disasters, including volcanic eruptions and earthquakes, stressing their impact on human life and society. Arrhenius introduces the connection between Earth’s geological features and its climatic conditions while setting the stage for a detailed examination of the evolution of both the planet and the universe in the subsequent chapters.
Isaac W. (Isaac Winter) Heysinger
The Source and Mode of Solar Energy Throughout the Universe
"The Source and Mode of Solar Energy Throughout the Universe" by Isaac W. Heysinger is a scientific publication written in the late 19th century. The book explores the fundamental principles and theories related to the nature and origin of solar energy, seeking to establish a comprehensive understanding of how this energy operates within our solar system and beyond. The text delves into various hypotheses and theories regarding solar phenomena, including the formation of the sun, the dynamics of celestial bodies, and the role of electrical forces in the universe. The opening of the treatise sets the stage for a thorough examination of the problem of solar energy, introducing the need for a new interpretation beyond existing theories, which the author asserts have failed to fully explain solar phenomena. It outlines the author's belief in a unifying principle—electricity—capable of elucidating the various cosmic phenomena associated with solar energy. Heysinger highlights the interconnectedness of the physical laws governing celestial bodies and stresses the importance of a comprehensive and rational understanding of solar energy, inviting further exploration into what he views as a crucial aspect of the broader cosmos.
Percival Lowell
The Evolution of Worlds
"The Evolution of Worlds" by Percival Lowell is a scientific publication written in the early 20th century. The work delves into the astronomical principles underlying the formation and development of solar systems, examining concepts such as the evolution of planets and the potential cataclysmic events that might influence them. It reflects Lowell's extensive background in astronomy, especially his previous studies on Mars. The opening of the book introduces the reader to the complexities of astronomy, challenging the notion that it is solely the study of visible celestial bodies. Lowell emphasizes the importance of understanding the invisible aspects of the cosmos, suggesting that every star might have unseen companions, especially focusing on the concept of dark stars and their potential effects. He discusses the logic behind their existence and relates how a star's lifecycle can lead to phenomena such as novas. Through examples from historical observations, such as those of Algol and Nova Persei, Lowell lays the groundwork for his arguments about cosmic evolution, preparing the stage for deeper exploration in subsequent chapters.
Svante Arrhenius
The Destinies of the Stars
"The Destinies of the Stars" by Svante Arrhenius is a scientific publication written in the early 20th century. This work delves into cosmological questions surrounding the nature and evolution of celestial bodies, particularly focusing on star worship and the implications of astronomical observations throughout history. Arrhenius, a Nobel Prize-winning chemist, broadens his scientific inquiry to explore the vastness of the universe and its mysteries. At the start of the book, Arrhenius presents the premise that the study of astronomy is not merely theoretical or detached but holds significance for practical life, historically linked to navigation and the measurement of time. The opening discusses the origins of star worship among ancient civilizations, emphasizing how humanity’s understanding of celestial phenomena influenced cultural and religious practices. It highlights the transition from primitive beliefs to more scientific interpretations of stars, setting the stage for deeper investigations into cosmic phenomena and humanity’s place within the universe.
R. (Rudolf) Bommeli
Riesen und Drachen der Vorzeit. Geschichte der Erde, Dritter Teil
"Riesen und Drachen der Vorzeit. Geschichte der Erde, Dritter Teil" by R. Bommeli is a scientific publication written in the early 20th century. The work explores the fascinating realms of paleontology and earth history, particularly focusing on giants and dragons of the prehistoric world, as it investigates various extinct species and their characteristics. The beginning of the text establishes the premise that ancient myths of giants and dragons might be rooted in real extant creatures that once roamed the Earth. With an emphasis on a comparative analysis of past and present creatures, Bommeli discusses the possible origins of legends dedicated to great beings, examining their evolution and sizes, particularly emphasizing how giant beings, including massive reptiles and dinosaurs, fed into folklore. Additionally, the author hints at the connection between ancient narratives and the discoveries of fossils that have shaped our understanding of prehistoric life.
James Jeans
The universe around us
"The Universe Around Us" by James Jeans is a science book written in 1929. This accessible introduction to modern astronomy explores the cosmos from atoms to stars, guiding readers through observational discoveries and theoretical advances. Jeans examines stellar structure, nebulae, the Milky Way, and the solar system, while investigating fundamental questions about cosmic origins and evolution. Through multiple editions spanning decades, the work chronicles remarkable astronomical progress, including the expanding universe, atomic nuclei powering stars, and the meeting of physics' largest and smallest scales.
Agnes M. (Agnes Mary) Clerke
Modern cosmogonies
"Modern Cosmogonies" by Agnes M. Clerke is a scientific publication written in the early 20th century. The work delves into the development of modern theories concerning the origin of the universe and the processes that have shaped cosmic structures over time. Clerke aims to elucidate the complexities and evolving nature of these theories, examining historical perspectives and integrating contemporary scientific understanding. At the start of the book, the author sets the stage by discussing humanity's intrinsic curiosity about the cosmos, tracing the evolution of cosmogonies from ancient philosophy to modern science. Clerke introduces various thinkers, from the Ionian philosophers to Kant, illustrating how their ideas laid the groundwork for contemporary cosmic theories. She emphasizes the challenges faced in comprehensively understanding the origins of the universe, hinting at the intricate interplay between philosophical speculation and scientific inquiry that characterizes the field of cosmology.
Svante Arrhenius
A világegyetem élete és megismerésének története a legrégibb időtől napjainkig
"A világegyetem élete és megismerésének története a legrégibb időtől napjainkig" by Svante Arrhenius is a scientific publication written in the early 20th century. The work explores the historical development of cosmological ideas from ancient times to the modern era, highlighting the evolution of human understanding about the universe and its creation. It delves into various historical beliefs and scientific advancements, emphasizing the shifts in thought that have arisen throughout human history. The opening of the text introduces the author's motivations for writing, stemming from the interest generated by a previous work on the creation of worlds. Arrhenius reflects on the nature of early humans' understanding of the cosmos, observing that primitive peoples often lived in the present, with little concern for the past or future. He discusses the emergence of cosmological ideas in cultures that were not excessively burdened by survival struggles and notes the anthropomorphism of early creation myths. Arrhenius hints at a contrast between naïve perceptions of the universe and contemporary scientific frameworks, suggesting that this intricate history of thought is essential for understanding modern concepts about the universe. The section sets the stage for a deeper exploration of various cultural myths surrounding creation, indicating a comprehensive survey of these ideas across different civilizations.
James Croll
Stellar Evolution and Its Relations to Geological Time
"Stellar Evolution and Its Relations to Geological Time" by James Croll is a scientific publication written in the late 19th century. This work delves into the origins of energy within the sun and solar system and how these sources relate to geological time, particularly examining theories of stellar origins and their implications for understanding the age of the Earth and its processes. The book is underpinned by a theoretical framework that challenges established beliefs about gravitation as the primary source of solar energy. The opening of the publication sets the stage for a detailed inquiry into the nature of cosmic energy, proposing two potential sources: gravitation and another source, which Croll elaborates on in subsequent sections. He introduces the "Impact Theory," positing that stars, including the sun, formed from hot gaseous nebulas produced by collisions between massive dark stellar bodies. Croll discusses foundational principles of his theory, emphasizing the importance of understanding the origins of various celestial bodies such as meteorites, comets, and nebulæ, and hints at how this framework will help unravel the age of the sun's heat in relation to geological time.
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