megahertsides
Megahertsides are a fictional quantitative concept used in speculative physics to describe a dimensionless coupling metric in frequency-driven dynamical systems, particularly dynamic metamaterials and driven quantum platforms. In this framework, a megahertsides (MHS) quantifies how effectively an externally applied drive at frequency f (measured in megahertz) channels energy into targeted spatial or modal states of the system.
The quantity is defined as MHS = (E_target / E_total) × K, where E_target is the energy placed
Origins and usage: The term was introduced in theoretical discussions of frequency-domain control of material responses
Limitations: As a fictional construct, MHS lacks a defined experimental protocol, and its numerical results depend
See also: metamaterials, driven systems, frequency-domain analysis, spectral sidebands.