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Vorlesung: 01-PHY-GS-SNSP-V Space Navigation Stimulates Progress in Relativity Theory and Quantum Physics - Details

Vorlesung: 01-PHY-GS-SNSP-V Space Navigation Stimulates Progress in Relativity Theory and Quantum Physics - Details

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Veranstaltungsname Vorlesung: 01-PHY-GS-SNSP-V Space Navigation Stimulates Progress in Relativity Theory and Quantum Physics
Untertitel
Veranstaltungsnummer 01-PHY-GS-SNSP-V
Semester WiSe 2025/2026
Aktuelle Anzahl der Teilnehmenden 8
Heimat-Einrichtung Physik
Veranstaltungstyp Vorlesung in der Kategorie Lehre
Nächster Termin Samstag, 06.12.2025 09:15 - 17:00, Ort: NW1 N3310
Art/Form Blockveranstaltung
Englischsprachige Veranstaltung Nein
ECTS-Punkte 3

Räume und Zeiten

NW1 N3310
Samstag, 18.10.2025, Samstag, 01.11.2025, Samstag, 15.11.2025, Samstag, 06.12.2025, Samstag, 10.01.2026, Samstag, 24.01.2026 09:15 - 17:00

Modulzuordnungen

Kommentar/Beschreibung

We investigate space navigation, including the frame problem and the required prediction of time dilation. For it, we develop measurement instruments that provide a velocity, a location, adequate frames, and a clarifying physical foundation of the typically used celestial reference systems. Moreover, we provide very precise, enlightening and new empirical tests as well as valuable, insightful and new universal anchor points. We show empirically and theoretically, that space consists of regions similar to the celestial reference systems, that move relative to each other.

Moreover, we derive exactly, that these regions are statistical averages of even smaller and rapidly moving volume portions. Therefore, also space is a statistical average of volume portions, and space is structured by these moving regions. We derive the dynamics of the volume portions, and therefrom, we derive the quantum postulates, including generalizations. With these, we derive precise space navigation. In particular, we present the new results in new maps of space and time, for instance in the planetary system. On that basis, we derive spectra in quantum gravity and corresponding experimental tests.

Altogether, we provide exact, insightful, improved and generalized foundations for exact space navigation, exact astronomy of space and time, relativity theory and quantum physics. We provide many tests and predictions, and we propose new experimental tests.

We emphasize that we achieve precise accordance with observation, while we do not execute any fit or use any hypothesis, except evident properties. Thus, we achieve an exceptionally high reliability and evidence. Our result is a derived, clarifying, problem solving and elucidating foundation of present – day physics, including space navigation, astronomy, relativity physics and quantum physics. In particular, we provide a founded and fundamental unification of general relativity and quantum physics. Further results will be derived similarly in a future semester.

We derive our results explicitly. So, every student can derive all results on her or his own. This improves competence, confidence and self – esteem. At the end of this lecture, the students can explain how relativity is improved and used for exact space navigation, and how volume in nature founds present – day physics. Moreover, the topic has a high predictive power, so a Short Research Project can be chosen instead of the Seminar Presentation.

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Die Auswahl der Teilnehmenden wird nach der Eintragung manuell vorgenommen.

Nutzer/-innen, die sich für diese Veranstaltung eintragen möchten, erhalten nähere Hinweise und können sich dann noch gegen eine Teilnahme entscheiden.