Time Manipulation as a Function of Space, Matter, and Motion – An Extension of the RMB ModelAuthor: Davide DellomonacoAbstractThis dissertation presents a physical-philosophical model of the nature of time based on the RMB principle: Time is an emergent phenomenon arising from the relationship between space, matter, and motion. Building upon this thesis, the work argues that time is not only relational but also potentially manipulable through deliberate modification of its fundamental components. The study explores theoretical and experimental approaches to controlled time modulation, particularly in the context of high-energy plasma, rotating fields, and spatial density configurations.1. Introduction:Time as a dimension has long been a topic of scientific and philosophical discourse. This work views time not as a fixed entity but as a relation. Drawing on the RMB theory – «Time is motion in space in relation to matter in relation to motion in space» – it presents a theoretical framework where time can be influenced by altering its core elements.2. Foundations of the RMB Model:The RMB model defines time as a function of the following components:- Space (S): structured continuum- Matter (M): carrier of mass and motion- Motion (V): change of position in spaceThis leads to: T = f(V, S, M)Time is described not as absolute but as relational. A change in any of the three components will affect the temporal relationship within the system.3. Theoretical Expansion: Time ManipulationIf time is a function of space, matter, and motion, then modulation can theoretically be achieved through:1. Changing motion (v): e.g., via rotation, acceleration2. Increasing density or mass distribution (M): e.g., through plasma concentration3. Structuring or curving space (S): e.g., through electromagnetic fieldsSuch changes could lead to local time dilation or compression – analogous to known relativistic effects but in a deliberately engineered configuration.4. Experimental Approaches to Time ManipulationThis dissertation outlines an experimental concept:- Use of a plasma reactor with rotating magnetic drum- Induction of spiral plasma motion along a structured space- Passive coil setup for detecting resonant or temporal anomalies- Use of high-frequency discharges and shielding to control external influencesHypothesis: In areas of high local field and density compression, a measurable distortion of time could occur (e.g., frequency shift of reference pulses).5. Philosophical and Physical ImplicationsSuch a model implies:- Time is malleable, not constant.- Time is not a dimension, but a relation.- Technological time manipulation is theoretically conceivable.This would impact fundamental physics, cosmology, and consciousness studies.6. Outlook:The RMB theory offers an open framework for the continued development of experimental time physics. The long-term goal is to demonstrate controlled time modulation under experimental conditions.Author:Davide Dellomonaco