Newton and Relativity

An alternative approach to relativistic mechanics by means of the Lex Secunda

Cester Clemente Korff (Autor)

Buch | Softcover

144 Seiten

2021 | 5. Auflage
BoD – Books on Demand (Verlag)
9783752683288 (ISBN)

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It is well known that the equation E = mc² comes from the Theory of Relativity. But hardly anyone knows that there is also a simple proof for this relation which Einstein himself derived from the laws of Classical Physics. This was the first step on the direct path to the Theory of Relativity. Now this path, ignored for more than a hundred years, has been followed up. It turns out that the Equivalence Principle Energy-Mass E = mc², in conjunction with Newton's Second Law of Dynamics, provides an easily comprehensible approach to Relativistic Mechanics.The study "Newton and Relativity" shows the amazing results of this investigation.The authors:Dr. Ing. Francesco CesterDr. rer. nat. Manfred ClementeDr. rer. nat. Hans-Michael KorffE-Mail: NewtonAndRelativity@gmx.de

Francesco Cester is an Italian physicist and engineer, born in Rome in 1948. A graduate in Nuclear Engineering from the University of Rome, he began his career working as a software engineer at GRS, dealing with simulation programs for nuclear power plants. After retirement, he devoted himself to theoretical physics, publishing several books exploring the combination of classical and relativistic mechanics. He is known for his alternative approach to the theory of relativity, seeking to derive relativistic concepts in a logical and intuitive way. His research challenges conventional interpretations of relativistic mechanics, proposing a reformulation of the Theory of Relativity in a context that integrates Newtonian mechanics. He maintains the website newton-relativity.com, where he posts his research and reflections on his innovative approach to relativity.

Erscheinungsdatum	20.01.2021
Sprache	englisch
Maße	170 x 220 mm
Gewicht	263 g
Themenwelt	Naturwissenschaften ► Physik / Astronomie ► Relativitätstheorie
Themenwelt	Naturwissenschaften ► Physik / Astronomie ► Theoretische Physik
Schlagworte	Alternative approach to relativity • Derivation • formula • Mechanics • Newton • Newtonian and relativistic mechanics • Relativistic demonstrations • Relativity • Relativity with rational premises • Theory of relativity
ISBN-13	9783752683288 / 9783752683288
Zustand	Neuware