Titlebook: Universe Without Things; Physics in an Intang Jan-Markus Schwindt Book 2022 Springer-Verlag GmbH Germany, part of Springer Nature 2022 Phys

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Mathematics,me we learn and practice arithmetic rules that we expect to be able to apply at some point in specific tasks that we encounter in “real” life, for example at work or in regulating our finances. If we can’t see such a possible application, learning them feels like a waste of time.

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Reductionism,cles, experiments, observational data, textbooks, etc., together form what I will call the ., a cathedral of knowledge on a vast scale. So vast that by now almost all phenomena and objects we encounter in the world can be classified with their help and explained in a certain sense (see above).

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Physics,this work, Newton defines the basic concepts of physics, describes the mathematical tools necessary to deal with these concepts, and establishes the first law describing one of the fundamental forces of nature: gravity.

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The Pillars of Physics, area of competence – has been confirmed and secured by a wealth of experiments. It will be shown what these theories are about in each case, which terms they use, and what they have to contribute to our view of the world.

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The Fundamental Limits of Physics,iew at all ends. In this chapter, we now ask whether there are phenomena or aspects of reality that cannot in . be grasped by scientific methods or, more precisely, that do not fit into the scientific picture because they are “orthogonal” to it in some sense yet to be specified.

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Jan-Markus Schwindtoretisch-physikalischen Grundlagen in enger Form mit dem entsprechenden Stoff aus der Mathematik verknüpft wird. Interaktive, Web-basierte Aufgaben in html mit Applets helfen den Studierenden bei der Vertiefung des Stoffes: 1 Theoretische Mechanik 2 Elektrodynamik und Relativit?tstheorie 3 Quantenme

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