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Blockveranstaltung: 01-GS-BA-FromTo-V From Idealized to Real Relativity, to Exact Space Navigation, to Volume Dynamics and to Quantum Physics - Details

Blockveranstaltung: 01-GS-BA-FromTo-V From Idealized to Real Relativity, to Exact Space Navigation, to Volume Dynamics and to Quantum Physics - Details

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General information

Course name Blockveranstaltung: 01-GS-BA-FromTo-V From Idealized to Real Relativity, to Exact Space Navigation, to Volume Dynamics and to Quantum Physics
Subtitle
Course number 01-GS-BA-FromTo-V
Semester SoSe 2025
Current number of participants 7
Home institute Physik
Courses type Blockveranstaltung in category Teaching
Next date Saturday, 28.06.2025 09:15 - 17:00, Room: NW1 N3310
Type/Form Blockveranstaltung
Englischsprachige Veranstaltung Nein
ECTS points 3

Rooms and times

NW1 N3310
Saturday, 12.04.2025, Saturday, 10.05.2025, Saturday, 17.05.2025, Saturday, 24.05.2025, Saturday, 31.05.2025, Saturday, 28.06.2025 09:15 - 17:00

Module assignments

Comment/Description

Our concept:
We investigate present-day special and general relativity theory and discover a fundamental inherent idealization. For it, we use empirical data as well as a proof. The idealization must be overcome in order to enable navigation in interplanetary space and beyond. For it, we derive an improved version of relativity and confirm its physical reality with the Hacking criterion and with empirical data.
We derive quanta from special relativity, thereby we show the founded and robust structure of quantum physics, including generalizations. We discover a space paradox, with it we show that even space has a particle structure. We derive the dynamics of volume in nature, and we show that it provides and explains the dynamics and postulates of quanta. Altogether, we provide exact, insightful, improved and generalized foundations for relativity and quantum physics. 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 relativity and quantum physics. In particular, we provide a unification of general relativity and quantum physics. As an outlook, further results will be derived similarly in a future semester.

Competence, skills and expertise:
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

Registration mode

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