Möbius Implosion and Nonreciprocal Resonance in Acoustic and Electromagnetic Cavities

This paper presents empirical data from physical hardware. Using 3D-printed ABS acoustic resonators and aluminum RF waveguides, it confirms the theoretical predictions in the real world. The results show a measurable 42% extension in ring-down time ($\tau$) for Möbius geometries compared to control rings, and a 0.8 dB directional asymmetry (nonreciprocity) in RF transmission. This confirms that macroscopic topology can act as an active agent in resonance control, validating the "Anatomy is Destiny" hypothesis.

Keywords: Experimental Physics, Acoustic Resonators, RF Cavities, Nonreciprocity, Ring-Down Time.