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Thriller film directed by Jeffrey Porter. It introduces the non- commutative multiplication of matrices by physical reasoning, based on the correspondence principle , despite the fact that Heisenberg was not then familiar with the mathematical theory of matrices.
The path leading to these results has been reconstructed in MacKinnon, ,  and the detailed calculations are worked out in Aitchison et al.
In Copenhagen, Heisenberg and Hans Kramers collaborated on a paper on dispersion, or the scattering from atoms of radiation whose wavelength is larger than the atoms.
They showed that the successful formula Kramers had developed earlier could not be based on Bohr orbits, because the transition frequencies are based on level spacings which are not constant.
The frequencies which occur in the Fourier transform of sharp classical orbits, by contrast, are equally spaced.
But these results could be explained by a semi-classical virtual state model: the incoming radiation excites the valence, or outer, electron to a virtual state from which it decays.
In a subsequent paper Heisenberg showed that this virtual oscillator model could also explain the polarization of fluorescent radiation.
These two successes, and the continuing failure of the Bohr—Sommerfeld model to explain the outstanding problem of the anomalous Zeeman effect, led Heisenberg to use the virtual oscillator model to try to calculate spectral frequencies.
The method proved too difficult to immediately apply to realistic problems, so Heisenberg turned to a simpler example, the anharmonic oscillator.
The dipole oscillator consists of a simple harmonic oscillator , which is thought of as a charged particle on a spring, perturbed by an external force, like an external charge.
The motion of the oscillating charge can be expressed as a Fourier series in the frequency of the oscillator. Heisenberg solved for the quantum behavior by two different methods.
First, he treated the system with the virtual oscillator method, calculating the transitions between the levels that would be produced by the external source.
He then solved the same problem by treating the anharmonic potential term as a perturbation to the harmonic oscillator and using the perturbation methods that he and Born had developed.
Both methods led to the same results for the first and the very complicated second order correction terms. This suggested that behind the very complicated calculations lay a consistent scheme.
So Heisenberg set out to formulate these results without any explicit dependence on the virtual oscillator model. To do this, he replaced the Fourier expansions for the spatial coordinates by matrices, matrices which corresponded to the transition coefficients in the virtual oscillator method.
He justified this replacement by an appeal to Bohr's correspondence principle and the Pauli doctrine that quantum mechanics must be limited to observables.
On 9 July, Heisenberg gave Born this paper to review and submit for publication. When Born read the paper, he recognized the formulation as one which could be transcribed and extended to the systematic language of matrices,  which he had learned from his study under Jakob Rosanes  at Breslau University.
Born, with the help of his assistant and former student Pascual Jordan , began immediately to make the transcription and extension, and they submitted their results for publication; the paper was received for publication just 60 days after Heisenberg's paper.
Up until this time, matrices were seldom used by physicists; they were considered to belong to the realm of pure mathematics.
Gustav Mie had used them in a paper on electrodynamics in and Born had used them in his work on the lattice theory of crystals in While matrices were used in these cases, the algebra of matrices with their multiplication did not enter the picture as they did in the matrix formulation of quantum mechanics.
The development of quantum mechanics, and the apparent contradictory implications in regard to what is "real" had profound philosophical implications, including what scientific observations truly mean.
In contrast to Albert Einstein and Louis de Broglie , who were realists who believed that particles had an objectively true momentum and position at all times even if both could not be measured , Heisenberg was an anti-realist, arguing that direct knowledge of what is "real" was beyond the scope of science.
We can no longer speak of the behaviour of the particle independently of the process of observation. As a final consequence, the natural laws formulated mathematically in quantum theory no longer deal with the elementary particles themselves but with our knowledge of them.
Nor is it any longer possible to ask whether or not these particles exist in space and time objectively When we speak of the picture of nature in the exact science of our age, we do not mean a picture of nature so much as a picture of our relationships with nature.
Science no longer confronts nature as an objective observer, but sees itself as an actor in this interplay between man and nature. The scientific method of analysing, explaining and classifying has become conscious of its limitations, which arise out of the fact that by its intervention science alters and refashions the object of investigation.
In other words, method and object can no longer be separated. Shortly after the discovery of the neutron by James Chadwick in , Heisenberg submitted the first of three papers  on his neutron-proton model of the nucleus.
As applied in the university environment, political factors took priority over scholarly ability,  even though its two most prominent supporters were the Nobel Laureates in Physics Philipp Lenard  and Johannes Stark.
There had been many failed attempts to have Heisenberg appointed as professor at a number of German universities. His attempt to be appointed as successor to Arnold Sommerfeld failed because of opposition by the Deutsche Physik movement.
However, Sommerfeld stayed in his chair during the selection process for his successor, which took until 1 December The process was lengthy due to academic and political differences between the Munich Faculty's selection and that of the Reich Education Ministry and the supporters of Deutsche Physik.
In , the Munich Faculty drew up a list of candidates to replace Sommerfeld as ordinarius professor of theoretical physics and head of the Institute for Theoretical Physics at the University of Munich.
The Munich Faculty was firmly behind these candidates, with Heisenberg as their first choice. However, supporters of Deutsche Physik and elements in the REM had their own list of candidates, and the battle dragged on for over four years.
During this time, Heisenberg came under vicious attack by the Deutsche Physik supporters. In this, Heisenberg was called a "White Jew" i.
Heisenberg fought back with an editorial and a letter to Himmler, in an attempt to resolve the matter and regain his honour. At one point, Heisenberg's mother visited Himmler's mother.
The two women knew each other, as Heisenberg's maternal grandfather and Himmler's father were rectors and members of a Bavarian hiking club.
In the letter to Heydrich, Himmler said Germany could not afford to lose or silence Heisenberg, as he would be useful for teaching a generation of scientists.
To Heisenberg, Himmler said the letter came on recommendation of his family and he cautioned Heisenberg to make a distinction between professional physics research results and the personal and political attitudes of the involved scientists.
Müller was not a theoretical physicist, had not published in a physics journal, and was not a member of the German Physical Society.
His appointment was considered a travesty and detrimental to educating theoretical physicists. The three investigators who led the SS investigation of Heisenberg had training in physics.
Indeed, Heisenberg had participated in the doctoral examination of one of them at the Universität Leipzig.
The most influential of the three was Johannes Juilfs. During their investigation, they became supporters of Heisenberg as well as his position against the ideological policies of the Deutsche Physik movement in theoretical physics and academia.
In mid, Heisenberg presented his theory of cosmic-ray showers in two papers. In December , the German chemists Otto Hahn and Fritz Strassmann sent a manuscript to The Natural Sciences reporting they had detected the element barium after bombarding uranium with neutrons and Otto Hahn concluded a bursting of the uranium nucleus;  simultaneously, Hahn communicated these results to his friend Lise Meitner , who had in July of that year fled to the Netherlands and then went to Sweden.
However, Heisenberg refused an invitation to emigrate to the United States. On 29 June , a Nazi Party newspaper published a column attacking Heisenberg.
On 15 July , he was attacked in a journal of the SS. In December , the German chemists Otto Hahn and Fritz Strassmann sent a manuscript to Naturwissenschaften reporting they had detected the element barium after bombarding uranium with neutrons and Otto Hahn concluded a bursting of the uranium nucleus;  simultaneously, Hahn communicated these results to his friend Lise Meitner , who had in July of that year fled to the Netherlands and then went to Sweden.
In June , Heisenberg bought a summer home for his family in Urfeld am Walchensee , in southern Germany.
The project had its first meeting on 16 September At a scientific conference on 26—28 February at the Kaiser Wilhelm Institute for Physics, called by the Army Weapons Office, Heisenberg presented a lecture to Reichs officials on energy acquisition from nuclear fission.
Heisenberg stressed that pure U had to be obtained to achieve a chain reaction. He explored various ways of obtaining isotope 92 U in its pure form, including uranium enrichment and an alternative layered method of normal uranium and a moderator in a machine.
This machine, he noted, could be used in practical ways to fuel vehicles, ships and submarines. Heisenberg stressed the importance of the Army Weapons Office's financial and material support for this scientific endeavour.
A second scientific conference followed. Lectures were heard on problems of modern physics with decisive importance for the national defense and economy.
The Reichs Research Council was to take on the project. Heisenberg still also had his department of physics at the University of Leipzig where work had been done for the Uranverein by Robert Döpel and his wife Klara Döpel.
On 4 June , Heisenberg was summoned to report to Albert Speer , Germany's Minister of Armaments, on the prospects for converting the Uranverein's research toward developing nuclear weapons.
During the meeting, Heisenberg told Speer that a bomb could not be built before , because it would require significant monetary resources and number of personnel.
After the Uranverein project was placed under the leadership of the Reichs Research Council, it focused on nuclear power production and thus maintained its kriegswichtig importance for the war status; funding therefore continued from the military.
The nuclear power project was broken down into the following main areas: uranium and heavy water production, uranium isotope separation and the Uranmaschine uranium machine, i.
The project was then essentially split up between a number of institutes, where the directors dominated the research and set their own research agendas.
About 70 scientists worked for the program, with about 40 devoting more than half their time to nuclear fission research.
After , the number of scientists working on applied nuclear fission diminished dramatically. Many of the scientists not working with the main institutes stopped working on nuclear fission and devoted their efforts to more pressing war related work.
In September , Heisenberg submitted his first paper of a three-part series on the scattering matrix, or S-matrix , in elementary particle physics.
The first two papers were published in   and the third in This was the same precedent as he followed in in what turned out to be the foundation of the matrix formulation of quantum mechanics through only the use of observables.
That same month, he moved his family to their retreat in Urfeld as Allied bombing increased in Berlin. In the summer, he dispatched the first of his staff at the Kaiser-Wilhelm Institut für Physik to Hechingen and its neighboring town of Haigerloch , on the edge of the Black Forest , for the same reasons.
From 18—26 October, he travelled to German-occupied Netherlands. In December , Heisenberg visited German-occupied Poland. He made a short return trip in April.
In December, Heisenberg lectured in neutral Switzerland. In January , Heisenberg, with most of the rest of his staff, moved from the Kaiser-Wilhelm Institut für Physik to the facilities in the Black Forest.
The Alsos Mission was an Allied effort to determine if the Germans had an atomic bomb program and to exploit German atomic related facilities, research, material resources, and scientific personnel for the benefit of the US.
Personnel on this operation generally swept into areas which had just come under control of the Allied military forces, but sometimes they operated in areas still under control by German forces.
To limit casualties and loss of equipment, many of these facilities were dispersed to other locations in the latter years of the war. This allowed the American task force of the Alsos Mission to take into custody a large number of German scientists associated with nuclear research.
Thereafter, the main focus of the Alsos Mission was on these nuclear facilities in the Württemberg area. He was taken to Heidelberg, where, on 5 May, he met Goudsmit for the first time since the Ann Arbor visit in Germany surrendered just two days later.
Heisenberg would not see his family again for eight months, as he was moved across France and Belgium and flown to England on 3 July Nine of the prominent German scientists who published reports in Nuclear Physics Research Reports as members of the Uranverein  were captured by Operation Alsos and incarcerated in England under Operation Epsilon.
The facility had been a safe house of the British foreign intelligence MI6. During their detention, their conversations were recorded.
Conversations thought to be of intelligence value were transcribed and translated into English. The transcripts were released in At first, there was disbelief that a bomb had been built and dropped.
In the weeks that followed, the German scientists discussed how the USA might have built the bomb. The morality of creating a bomb for the Nazis was also discussed.
Only a few of the scientists expressed genuine horror at the prospect of nuclear weapons, and Heisenberg himself was cautious in discussing the matter.
Heisenberg settled in Göttingen, which was in the British zone of Allied-occupied Germany. Heinz Billing joined in to promote the development of electronic computing.
The core research focus of the institute was cosmic radiation. The institute held a colloquium every Saturday morning. Heisenberg envisaged for this council to promote the dialogue between the newly founded Federal Republic of Germany and the scientific community based in Germany.
In , the organization was fused with the Notgemeinschaft der Deutschen Wissenschaft Emergency Association of German Science and that same year renamed the Deutsche Forschungsgemeinschaft German Research Foundation.
Following the merger, Heisenberg was appointed to the presidium. Heisenberg also became an ordentlicher Professor ordinarius professor at the Ludwig-Maximilians-Universität München.
Heisenberg's aim was to build a large particle accelerator , drawing on the resources and technical skills of scientists across the Western Bloc.
Although he was asked to become CERN's founding scientific director, he declined. Heisenberg resigned as president shortly before his death.
The letter lauded the working conditions in the USSR and the available resources, as well as the favorable attitude of the Soviets towards German scientists.
A courier hand delivered the recruitment letter, dated 18 July , to Heisenberg; Heisenberg politely declined.
Heisenberg contributed to the understanding of the phenomenon of superconductivity with a paper in  and two papers in ,   one of them with Max von Laue.
In the period shortly after World War II, Heisenberg briefly returned to the subject of his doctoral thesis, turbulence.
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