More Ideas As To Modulae

When the Ricci Field works to bear a high scalar amplitude of vibrational oscillations, that may be more attributed to the effectual vibration of superstrings of discrete energy permittivity and their correlative substringular counterparts -- than of the discrete quanta of energy impedance, the initially mentioned phenomenology of this case scenario of which would here work to imbue upon the directly corresponding Rarita Structure eigenstates -- this would tend to work to form more of a tendency of working to form the characteristics of a tense of a fractal modulae than of an elastic modulae, at the proximal localized so-stated Ricci Field of the correlative substringular neighborhood.  This may then be reverse fractaled to a tense of a directly associated magnetic field.  For example, ferrous phenomenology tends to be highly magnetic, and as well, ferrous phenomenology tends to bear a multiplicit tense of working to bear a relatively high fractal modulus.  This is more related to a bearing of having to do to a tense of a spin-orbital momentum than of a tense of an angular momentum -- at the so-stated extrapolation that would here be traceable to a state that would here be of a reverse fractaled tense from the Ward-Caucy conditions of an orbifold eigenset.  When the Ricci Field works to bear a high scalar amplitude of vibrational oscillations, that may be more attributed to the effectual vibration of Fadeev-Popov-Trace eigenstates of discrete energy impedance and their correlative light-cone-gauge eigenstates -- than of discrete quanta of energy permittivity, the initially mentioned phenomenology of this case scenario of which would here work to imbue upon the directly corresponding Rarita Structure eigenstates -- this would here tend to work to form more of a tendency of working to form the characteristics of a tense of an elastsic modulae, at the proximal localized so-stated Ricci Field of the correlative substringular neighborhood.  This may then be reverse fractaled to a tense of a directly associated electric field.  For example, water tends to bear a relative high potential for allowing for the Fourier-based activity of both amperage and current.  This works to indicate that amperage is more easily conducted through water than a lot of other relatively macroscopic phenomenology that may be thought of.  This is more related to a bearing of having to do to a tense of angular momentum than of a tense of spin-orbital momentum -- at the so-stated extrapolation, that would here be traceable to a state that would here be of reverse fractaled tense from the Ward-Caucy conditions of an orbifold eigenset.