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         Further, a photon is comprised of angular
      momentum, therefore of (energy)x(time).  It transports both energy
      and time, not just energy alone.  When absorbed by a mass, not only
      does it "energy-excitation" charge the mass, but also it
      "time-excitation" charges it, converting the former
      "mass" to "mass time".  Rigorously it is masstime
      that emits a photon, not mass.  So a mass moves through time
      in little spurts, by the continual macroscopic addition and subtraction of
      little Dt components.  Further, in being driven through time, mass is
      continually altered to masstime (a quite different critter from mass), to
      mass, to masstime, to mass, etc.   
          In any masstime state, a myriad of tiny virtual photon
      interactions made of very tiny (DE)(Dt)'s interact with that same mass
      during that particular larger Dt of the masstime state (m+Dm)(Dt). 
      Hence mass in its alternate masstime state has that state internally
      structured by its surrounding environment's interactions with it. 
      The masstime state is internally structured energetically in its (DE)
      component, and also internally structured temporally in its (Dt)
      component.   
          A standard charged fundamental particle such as an
      electron, e.g., is not necessarily identical with another, when the
      internal structuring of its masstime state is considered.  Further,
      by two papers by Whittaker,5 interferometry of masstime states
      with either energy reactions or temporal reactions can yield observable
      effects and changes due to these neglected "hidden variables" in
      the electron's masstime alternative states.  To engineer the mind and
      its operations directly, one must perform electrodynamic engineering in
      the time domain, not in the 3-space EM energy density domain. 
      The direct engineering of time-like mind and mind operations—in
      all levels and all aspects—requires
      the use of time-polarized photons  | 
    
     and time-polarized EM waves.  This is the rarest
      form of electrodynamics, almost untouched by Western physicists.   
          One can either painfully produce such time-polarized
      photons and EM waves and directly irradiate a target mass with specific
      assemblies of them, or one can force the mass itself to iteratively
      transduce ordinary transverse EM waves first into longitudinally-polarized
      EM waves and then into time-polarized EM waves.  Both will be
      discussed briefly.   
          In the West, it appears that the present author's
      discovery of mechanisms for producing time-polarized (scalar) EM waves
      [see Figure 2] and for transducing between wave polarizations has
      no precedent. [See Figure 3].  While scalar (time-polarized)
      photons are known in the literature,1 the creation and use of
      time-polarized EM waves does not seem to appear in the Western physics
      literature.6   
          Wave transduction or polarization
      transductions are terms used by the author for the process of
      transforming an EM wave's particular polarization into another
      polarization type.  Such transduction to other than transverse
      polarization forms is little known in the West.  It appears
      essentially haphazardly in some experiments, usually without any
      recognition by the experimenters themselves.  Significant
      transduction in experiments will also produce "strange" and
      unexplained anomalies in the instruments being used for experimental
      measurements.7   
          So most probably Western mind control researchers have
      not recognized the methodology and mechanisms8 for transducing
      one type of EM wave polarization directly into another.9 
      They continue to seek the "mind" in 3-space and hence in the
      brain, rather than in the time domain.  On the other hand, it appears  |