
This scientific paper expands classical thermodynamics by introducing the RMB theory (Space-Matter-Motion) as a structural foundation of physical behavior. It focuses on the dimensionless alpha coupling factor (α), which describes the thermal and impulse response of matter to spatial pressure changes. The work provides new interpretations of known phenomena such as the density anomaly of water, the vortex tube, and zero-point energy. It also bridges quantum mechanics with spatial structures and offers explanations for macroscopic anomalies. The RMB theory opens novel pathways for understanding and controlling space-impulse-energy interactions in matter. Diese wissenschaftliche Arbeit erweitert die klassische Thermodynamik durch die RMB-Theorie (Raum-Materie-Bewegung) als strukturelle Grundlage physikalischen Verhaltens. Im Fokus steht der dimensionslose Alpha-Kopplungsfaktor (α), der beschreibt, wie Materie thermisch und impulsmäßig auf räumliche Druckänderungen reagiert. Die Arbeit liefert neue Deutungen bekannter Phänomene wie der Dichteanomalie von Wasser, dem Wirbelrohr und der Nullpunktsenergie. Sie schlägt außerdem eine Brücke zwischen Quantenmechanik und Raumstruktur und bietet Erklärungen für makroskopische Anomalien. Die RMB-Theorie eröffnet neue Wege zum Verständnis und zur Kontrolle von Raum-Impuls-Energie-Wechselwirkungen in der Materie. Author: Davide DellomonacoORCID: https://orcid.org/0009-0003-1511-6102
RMB theory, space-matter interaction, vortex tube, quantum mechanics, density anomaly of water, phase transitions, thermodynamics, spatial impulse, exotic thermodynamic phenomena, zero-point energy, space structure, energy modulation, alpha coupling factor, physical field theory
RMB theory, space-matter interaction, vortex tube, quantum mechanics, density anomaly of water, phase transitions, thermodynamics, spatial impulse, exotic thermodynamic phenomena, zero-point energy, space structure, energy modulation, alpha coupling factor, physical field theory
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