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QUANTUM METAPHYSICS - E-thesis

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of a collision was not an object but a form which energy could take and which we then observed<br />

as being a material object. In this way, the most important aspect of research into nature ceased<br />

to be a material object and became mathematical symmetry. Energy was not just the force which<br />

kept everything moving, it was like fire in the philosophy of Heraclitus – the fundamental<br />

substance out of which the world is made. 739<br />

Max Born also emphasised mathematical forms or structures: in his opinion, particles were not<br />

something that could in a Kantian manner be thought of as having substance. Schrödinger, who<br />

considered waves to be more important than particles, also joined this discussion. He thought of<br />

the accurately-specified masses and charges of particles as nothing more than gestalt-elements<br />

specified by wave equations. Individual particles were of no significance. They were not<br />

identifiable as individuals since the same particle could never be observed twice, nor could a<br />

specific electron, even in principle, be considered to be labelled without resulting in errors in<br />

calculation. On the other hand, it was easy to leave a permanent trace in wave structures which<br />

could be observed more than once. 740 At same time as the illusion of the objective reality of<br />

elementary particles in a peculiar way disappeared, it did not, however, disappear by being<br />

hidden behind some unclear misty veil of a new concept of reality: it was lost to the transparency<br />

of mathematical clarity. 741<br />

How should the ever-more-important mathematical structures and symbols then be understood?<br />

Max Born believed that symbols were not just a convenient way of shortening presentations, but<br />

an essential component of the method of penetrating to physical reality which lies behind<br />

phenomena. Through its increasingly mathematical methods and its abandonment of observable<br />

models, physics had gained the ability to handle an even larger collection of real phenomena.<br />

Mathematical constructions give humans the ability to achieve a better understanding of reality,<br />

since physics links observable phenomena to the hidden structures of pure thought. A<br />

mathematical formula is a symbol of some kind of reality behind everyday experience. Born had<br />

no hesitation in identifying these well-specified constructions as Kantian things ”as such”. They<br />

are images of the world behind phenomena, pure forms. Nevertheless, the structures are in no<br />

way empty or pallid abstractions separated from the world, as can easily be concluded from their<br />

738 March 1957, 117-122.<br />

739 Heisenberg 1958, 15-19, 31. In spite of his stress on forms, Heisenberg did not want to abandon the modern<br />

materialism of the 19th century in an off-hand manner. It had provided much important information which was<br />

lacking in antiquity.<br />

740 Schrödinger 1961, 53-56. The theory demands that all the states achieved by changing the positions of identical<br />

particles must be counted as one. The results thus agree with observations.<br />

741 Heisenberg 1955, 12.<br />

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