
audiobook
Megjegyzés:
A VILÁGEGYETEM ÉLETE ÉS MEGISMERÉSÉNEK TÖRTÉNETE A LEGRÉGIBB IDŐTŐL NAPJAINKIG
A SZERZŐ ELŐSZAVA.
I. A PRIMITIV NÉPEK MONDÁI A VILÁG KELETKEZÉSÉRŐL.
II. AZ ŐSIDŐK KULTURNÉPEINEK TEREMTÉSI MONDÁI.
III. A LEGSZEBB ÉS LEGMÉLYEBB TEREMTÉSI MONDÁK.
IV. A RÉGI FILOZÓFUSOK VILÁGMAGYARÁZATAI.
V. AZ ÚJKOR KEZDETE: A LAKOTT VILÁGOK SOKASÁGÁNAK TANA.
VI. NEWTONTÓL LAPLACEIG. A NAPRENDSZER MECHANIKÁJA ÉS KOZMOGÓNIÁJA.
VII. UJABB CSILLAGÁSZATI FELFEDEZÉSEK.
This volume takes listeners on a sweeping tour of humanity’s quest to grasp the cosmos, beginning with the earliest mythic visions of creation and moving through the gradual emergence of systematic observation. The author weaves together cultural anecdotes and scientific milestones, showing how ancient stories gradually gave way to measured inquiry. By the time of Newton and the Enlightenment, the foundations for a modern picture of the universe were already being laid.
The narrative highlights pivotal moments such as Laplace’s gravitation theory, Herschel’s discoveries, and the revolutionary impact of spectroscopy and radioactivity on our view of stars and space. Each breakthrough is placed within the broader tapestry of societies that nurtured or hindered scientific thought. The book also underscores how the acceleration of knowledge in the last two centuries dwarfs the slow progress of earlier ages.
Listening to this account reveals why studying the past ideas of cosmology enriches our appreciation of today’s sophisticated models. It invites curiosity about the human side of science—how curiosity, language, and community shaped the ever‑expanding map of the heavens.
Language
hu
Duration
~5 hours (294K characters)
Publisher of text edition
Project Gutenberg
Original publisher
Hungary: Franklin, 1914.
Credits
Albert László from page images generously made available by the Library of the Hungarian Academy of Sciences
Release date
2022-05-27
Rights
Public domain in the USA.
Subjects

1859–1927
A pioneer of physical chemistry, this Swedish scientist helped explain why salts split into charged particles in solution and opened new ways of thinking about acids, bases, and reaction rates. He is also remembered for an early calculation showing how changes in carbon dioxide could affect Earth’s temperature.
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