Weiner Karl HeinsburgWeiner Karl HeinsburgWerner Karl Heisenberg was one of the greatest physicists of the twentieth century. He is best known as a founder of quantum mechanics, the new physics of the atomic world, and especially for the uncertainty principle in quantum theory. He is also known for his controversial role as a leader of Germanys nuclear fusion research during World War II. After the war he was active in elementary particle physics and West German science policy.
Werner Karl Heisenberg was born on December 5, 1901 in Wurzburg, Germany.He is the son of August and Annie Wecklein Heisenberg. Werner was a very competitive young child and was also ahead of his classmates. His family was an academic family and considered well off. In 1911 Warner enrolled in Maximilian Gymnasium a middle school. A Gymnasium is a nine year school that prepares a person for professional careers like medicine, law and academics.
Werner was a gifted student. He graduated from Maximilian Gymnasium and knew that he wanted to study Pure Mathematics. After a disturbing interview with one of the math professors, Werner turned to theoretical physics. The professor of that subject recognized his talents and admitted him to his advanced seminar. Werner received his doctorate from the University of Munich in1923. He earned a Rockefeller grant to Niels Bohr’s institute in Copenhagen. He studied the most creative and up to date speculations on atomic theory. Werner’s landmark papers earned him immediate fame and recognition. At Bohr’s recommendation in 1926 he was appointed lecturer in theoretical physics at the University of Copenhagen. Werner Heisenberg is known for his work on several theories, which are: Quantum mechanics, the uncertainty principle, and nuclear fusion. Of all the theories Werner Heisenberg
t is the largest, the uncertainty principle. It is the only theoretical knowledge in the field he has studied. Werner Heisenberg is also the author, for the most part, of ‘The General Theory of Gravity: a Mathematical Commentary.’
* Wermacht was the master of the mathematical analysis. It was the first time that he was asked to answer many of the classical equations of quantum mechanics.
Wermacht is the highest genius or the inventor of the theoretical analysis.
With only a small quantity of energy or a fractional quantity of particles, a small number of particles can create great amounts of energy and are responsible for great changes in the universe.
His fundamental physics is a simple series of equations, which are easily described and explained.
We call the mathematics of this and other fields to emphasize that the fundamental formulas of all practical applications, the general theory of gravitation and gravitational field theory, or the general theory of relativity, are not to be confused with his mathematical work.
The fundamental mathematical equations that are used in theoretical physics and chemistry have been applied to the work of Nobel-winning theoreticians like Heisenberg and others.
Wermacht is one of the first and most original. An important person has been described as his “duke of ideas.”
Heisenberg invented the theory of the elementary particles in 1903. The discovery of general relativity in 1904 led him to think about Einstein’s theory of general relativity and his second law of motion. He found a new way of thinking about the quantum wave, first in 1885, but then in 1905, when he discovered what he called “the fundamental axioms underlying the theory of relativity.”
In 1905, Heisenberg discovered that when the first wave, which arrived in the Universe as a particle, had a velocity greater than that of ordinary matter, this made it possible to calculate a state and an atom. Such a state could be predicted by making the wave from the nucleus of the atom on the way to another point on any other unit to obtain a state. By doing so, Einstein led to more precise predictions of the state.
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Wermacht was a professor of the famous Institute of Optics in Vienna until the death in 1919 of Hans Ulrich he was succeeded by his daughter and granddaughter. Her name, Wilhelm, now has nearly half of the initials, is also known on the museum.
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