ACADEMIC ANALYSIS

Conversion of an inertial system into an active non-inertial system with energy extraction

1. DESCRIPTION OF THE INITIAL SYSTEM

2. TRANSITION TO NON-INERTIAL SYSTEM

3. INTERNAL ENERGY MECHANISM

4. ROLE OF THE TENSORIAL METRIC

5. DUAL SPATIAL TRACTION IN RTIP

6. GENERAL CONCLUSION

The conversion of a rigid inertial system into an energetically active non-inertial system can be achieved without external energy input, solely through the controlled release of internal constraints.

The energy extracted during radius increase is real and recoverable, and the extraction mechanism is activated by the difference between Fcp and Fcf.

The stress-strain tensor and spatial metric are the key components that allow the entire energy to be obtained through deep physical logic, without violating any fundamental laws.

The phenomenon of dual spatial traction explains how tangential and radial forces define coexisting spaces, and energy is extracted from the metric tension generated by this interaction.

This theory opens the path to a new generation of rotational energy systems, such as RTIP.