Electromagnetically Induced Transparency Weapons Methods

Abstract

Electromagnetic weapons methods are introduced with the ability to improve, in a multitude of ways, the task of terminating a target.

1 . A method, for effectively turning off brain tissue of a target using ladder electromagnetically induced transparency, comprising:
 a. applying to a target's brain tissue an electromagnetic probe beam at predetermined phase, and predetermined frequency, and predetermined amplitude, and predetermined pulsation, tuned near resonance between said target's brain tissue's ground state and said target's brain tissue's semi-excited state,   b. applying to said target's brain tissue an electromagnetic coupling beam at predetermined phase, and predetermined frequency, and predetermined amplitude, and predetermined pulsation, tuned near resonance between said target's brain tissue's said semi-excited state and said target's brain tissue's excited state,   whereby a window of transparency is created between said target's brain tissue's said ground state and said target's brain tissue's said excited state, which inhibits said target's brain tissue from reaching said excited state from said ground state, thus turning off said target's brain tissue and killing said target. A method, for effectively turning off brain tissue of a target using lambda electromagnetically induced transparency, comprising:   a. applying to a target's brain tissue an electromagnetic probe beam at predetermined phase, and predetermined frequency, and predetermined amplitude, and predetermined pulsation, tuned near resonance between said target's brain tissue's ground state and said target's brain tissue's excited state,   b. applying to said target's brain tissue an electromagnetic coupling beam at predetermined phase, and predetermined frequency, and predetermined amplitude, and predetermined pulsation, tuned near resonance between said target's brain tissue's semi-excited state and said target's brain tissue's said excited state,   whereby a window of transparency is created between said target's brain tissue's said ground state and said target's brain tissue's said semi-excited state, which inhibits said target's brain tissue from reaching said semi-excited state from said ground state, thus turning off said target's brain tissue and killing said target. A method, for effectively turning off brain tissue of a target using vee electromagnetically induced transparency, comprising:   a. applying to a target's brain tissue an electromagnetic probe beam at predetermined phase, and predetermined frequency, and predetermined amplitude, and predetermined pulsation, tuned near resonance between said target's brain tissue's ground state and said target's brain tissue's excited state,   b. applying to said target's brain tissue an electromagnetic coupling beam at predetermined phase, and predetermined frequency, and predetermined amplitude, and predetermined pulsation, tuned near resonance between said target's brain tissue's said ground state and said target's brain tissue's semi-excited state,   whereby a window of transparency is created between said target's brain tissue's said semi-excited state and said target's brain tissue's said excited state, which inhibits said target's brain tissue from reaching said target's brain tissue's said excited state from said semi-excited state, thus turning off said target's brain tissue and killing said target.