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Perpetual motion Books
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Augustus De Morgan
A Budget of Paradoxes, Volume I
"A Budget of Paradoxes, Volume I" by Augustus De Morgan is a collection of discursive writings that explores various scientific and philosophical paradoxes, likely written in the late 19th century. The text appears to engage with the inconsistencies and contradictions found within established scientific doctrines while also providing a critique of unsubstantiated claims made by self-proclaimed discoverers. This approach reflects De Morgan's intent to illuminate the nature of knowledge and the pitfalls of ignorance within the sphere of scientific inquiry. The opening of the work sets a thoughtful tone, as De Morgan introduces the concept of paradox by using a hypothetical scenario involving a fly and an elephant to illustrate how conflicting claims can arise in intellectual discourse. He emphasizes the contrast between isolated thinkers and organized movements in science, suggesting that dissenting ideas become more credible when they enjoy collective support rather than being the whim of a single individual. De Morgan proposes to examine claims made by various "paradoxers," drawing on his extensive personal experience with individuals who have confidently asserted their discoveries, despite a lack of formal knowledge or understanding. The beginning invites readers into a deeper examination of the relationship between established scientific knowledge and the often contradictory voices that challenge it.
Augustus De Morgan
A Budget of Paradoxes, Volume II
"A Budget of Paradoxes, Volume II" by Augustus De Morgan is a philosophical and mathematical treatise written in the mid-19th century. This volume continues to explore and critique various paradoxes and fallacies found in mathematical reasoning and philosophical arguments, particularly focusing on the works and thoughts of notable figures such as Laplace and Euler. De Morgan presents a unique combination of humor and rigorous analysis, discussing topics ranging from atheism in philosophy to the intricacies of astronomical theories. The opening of the volume discusses philosophical atheism, utilizing anecdotes about prominent historical figures like Laplace and Euler to illustrate the tensions between belief and reason. De Morgan provides insightful commentary on the nature of gods as hypotheses in philosophical discourse and critiques the approaches of modern paradoxers who challenge established scientific understanding. Through humorous storytelling, he presents critiques of absurd mathematical arguments, engaging readers with questions that challenge both their logical reasoning and understanding of science and belief.
Percy Verance
Perpetual Motion
"Perpetual Motion" by Percy Verance is a scientific publication written in the early 20th century. This work explores the historical pursuit of self-motive mechanisms, detailing various devices aimed at achieving perpetual motion and the fundamental reasons for their failures. The authors attempt to educate readers on the mechanical principles behind these inventions while emphasizing that true perpetual motion is impossible according to established scientific understanding. The opening of the book introduces the author’s perspective on the long-standing fascination with perpetual motion and the collective efforts over centuries to create self-sustaining machines. It highlights the historical context by referencing previous works, particularly those of Henry Dircks, who critically assessed numerous perpetual motion devices. The text further sets the stage for a comprehensive classification of these inventions, beginning with illustrations and descriptions of early attempts, such as those by Wilars de Honecort and Leonardo da Vinci. It underscores how despite the ingenuity of these efforts, they ultimately failed due to fundamental misunderstandings of physics and mechanical principles.
Unknown
Bangerter's Inventions; His Marvelous Time Clock
"Bangerter's Inventions; His Marvelous Time Clock" by Everett Lincoln King is a scientific publication likely written in the early 20th century. This book focuses on the groundbreaking inventions of Swiss inventor Friedrich Bangerter, specifically highlighting his creation of a perpetual time clock that claims to harness perpetual motion through the principles of natural forces, particularly temperature variations. It captures the optimistic spirit of the era regarding innovation and mechanical ingenuity. The book delves into Bangerter's inventions, detailing how his perpetual clock operates without the need for winding or electrical power, and instead draws energy from the daily fluctuations in temperature. Through various chapters, it discusses the broader implications of his work, relates it to the historical pursuit of perpetual motion, and illustrates his other inventions, such as automatic machines and fire alarms. The text conveys a sense of wonder at Bangerter's claims, asserting that past impossibilities in the field of mechanics have now become achievable realities, thanks to his creative intellect and application of natural laws.
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