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Confirmation of General Relativity Theory
On May 29, 1919, during a total solar eclipse visible from Brazil and Africa, a team of British astronomers carried out a crucial experiment to verify Albert Einstein's new theory of general relativity. Led by Arthur Eddington, they pointed their telescopes at the stars near the darkened Sun, seeking to detect Einstein's prediction that rays of stellar light would be subtly bent by the Sun's gravitational field. The success of the experiment would catapult Einstein to world fame. . This book tells the fascinating story of the ambitious 1919 experiment, its protagonists, and the rivalry between the cosmological visions of Einstein and Newton that was at stake. It details the preparations for ...
What Causes Global Warming?
Global warming is one of the most studied and debated phenomena of our era. But do we really understand its causes and dynamics? In this book, the author questions conventional theories about the greenhouse effect and proposes a new vision. Through a meticulous analysis, he shows that the absorption of ultraviolet radiation by atmospheric oxygen plays a much more decisive role in global warming than the action of greenhouse gases. This revealing theory is supported by various studies and data that challenge the prevailing paradigm. Far from claiming to have the absolute truth about this complex phenomenon, the author seeks to contribute to the scientific debate with a novel approach. His perspective invites the academic community to re-examine entrenched conceptions and continues the relentless human quest to understand the intricate natural processes that affect us all.
The Origin of the Universe: From a Great ice of Water Emerged Everything That Exists
This book takes the reader on a captivating journey through the different cosmological theories that humanity has forged to explain the great enigma of our origins. Starting with the colorful mythical narratives of ancient civilizations, moving through the revolutionary ideas of Greek philosophers seeking natural principles, and culminating in the modern "Big Bang theory," the author unravels how human ingenuity has tried to unveil the ultimate secrets of creation. With an engaging yet rigorous style, the intricate universe models of thinkers such as Anaximander, Democritus, Aristotle, or Ptolemy are analyzed, contrasting their visions with those of mystics. After critically reviewing the inconsistencies of the current dominant Big Bang theory, the author ventures to outline his own theory of the origin of the universe, with a primordial cosmos constituted by a "great amorphous ice" that encapsulated the generative potential from which everything that exists emerged. The book presents a new theory of the origin of the universe, answering in a logical and rational way the mysterious origin that contains us and of which we are a part.
The Big Bang: A Theory Based on Invalid Physics and Erroneous Mathematics.
The book studies the cosmogonies of ancient civilizations and the emergence of rational thought in Classical Greece with philosophers such as Thales, Anaximander and Heraclitus. It then analyzes the cosmological theories of Aristotle, Claudius Ptolemy and Nicolaus Copernicus. Subsequently, the origin of modern cosmology is examined with the Big Bang theory, explaining concepts such as the cosmic microwave background radiation, Hubble's Law and the notion of "singularity" at the time of the origin of the universe. The author argues that the Big Bang theory has serious problems, from mathematical paradoxes to faulty analogies between natural and unnatural phenomena. He concludes that this theory gives exotic properties to matter, reflecting more the minds of its creators than the actual workings of the universe. In short, a rigorous journey that invites us to critically rethink the foundations of modern cosmology in order to give way to explanations more consistent with the fundamental laws of nature regarding the origins of the cosmos.
The Greenhouse Effect Theory And the Heat in The Atmosphere
Global warming is one of the greatest challenges facing humanity, with profound environmental and social consequences. The dominant scientific explanation blames the burning of fossil fuels, which increases the greenhouse effect by trapping infrared heat in the atmosphere. However, this theory of the greenhouse effect presents inconsistencies with the fundamental laws of physics and thermodynamics. For example, it ignores the role of conduction and convection in heat transfer, wrongly assumes that infrared radiation is equivalent to heat, and does not adequately explain the origin of atmospheric thermal energy. This book carries out a rigorous critical analysis of the theory of the greenhous...
What is Dark Matter?
Dark matter is one of the most studied and debated phenomena of our time. But what is dark matter? In this book, the author questions conventional theories about dark matter ideas and proposes a new vision. Through meticulous analysis, he shows that crystallized plasma answers most questions about the characteristics of dark matter. This revealing theory is supported by various studies and data that challenge prevailing models. Taking the crystallized plasma to answer the cosmological enigma is not an arbitrary matter to accommodate the similar characteristics between the two, but is the result of the process of plasma phase changes. and plasma is taken because it is 99% of the known matter in the universe. Far from claiming to have the absolute truth about this complex phenomenon, the author seeks to contribute to the scientific debate with a novel approach. His perspective invites the academic community to reexamine entrenched conceptions and continues the relentless human quest to understand difficult questions about the universe.
CO2 reduce the planet's temperature by 1/3"
The book "CO2 reduce the planet's temperature by 1/3" presents an alternative and controversial perspective on the role of carbon dioxide in the Earth's climate. This research challenges the conventional theory of the greenhouse effect by proposing, through mathematical analysis and principles of molecular physics, that CO2 could act as a thermal regulator that reduces the planetary temperature, rather than increasing it; in other words, carbon dioxide is part of a natural terrestrial cooling system
Climate Change: Two Theories That Explain Global Warming
Global warming is one of the greatest challenges facing humanity, with profound environmental and social consequences. The dominant scientific explanation blames the greenhouse effect. But global warming is nothing other than the warming of atmospheric gases. However, the theory of the greenhouse effect is not the only scientific explanation for global warming, there is another theory called the kinetic theory of gases, which explains in a theoretical and mathematical way how much heat each molecule contributes to the atmosphere. This book carries out a rigorous mathematical theoretical analysis of global warming, explained by each of the two scientific theories with which we can understand heat in the atmosphere, exploring its thermodynamic foundations, the kinetic behavior of gases and their modes of heat transfer.
What Is Dark Matter?
Dark matter is one of the most studied and debated phenomena of our time. But what is dark matter? In this book, the author questions conventional theories about dark matter ideas and proposes a new vision. Through meticulous analysis, he shows that crystallized plasma answers most questions about the characteristics of dark matter. This revealing theory is supported by various studies and data that challenge prevailing models. Taking the crystallized plasma to answer the cosmological enigma is not an arbitrary matter to accommodate the similar characteristics between the two, but is the result of the process of plasma phase changes. and plasma is taken because it is 99% of the known matter in the universe. Far from claiming to have the absolute truth about this complex phenomenon, the author seeks to contribute to the scientific debate with a novel approach. His perspective invites the academic community to reexamine entrenched conceptions and continues the relentless human quest to understand difficult questions about the universe.
