NEUTRALIZER MAPPING RECORDED EKG HERTZ GRAPHIC OSCILLATION METRIC MEASUREMENTS SEQUENTIAL VOLUME TO THE RECORDED KEY INPUT SOFTWARE BASE SYNTAX SCRIPT MEMORY PROCESSOR TASKING RESOURCE FILES MAPPING THE TRANSLATED ELECTRICAL SIGNALS VOLUME PER HERTZ CORRESPONDING TO THE RELATED KEY INPUT MEMORY ACOUSTIC PRESSURE MEDIA FILE MAPPING RECORDED KEY INPUT EVENT SOFTWARE BASE PROCESS MAPPING THE IDENTIFY SCRIPT SOFTWARE SIGNALS HARDWARE PROCESSING TASK INTO THE TRANSLATED INTO AN AUDIO SEQUENCE FILE ENCODED ENCODER DRIVEN FILE MAPPING EE FEEDBACK MATCHING THE TRANSLATED EE SENSORY SYNTAX AMP SCRIPT FILE CONVERSION INTO RECORDED ENGLISH DICTIONARY WORD SEQUENCE TO THE RELATED ELECTRICAL ENERGY KEY INPUT TASKING ELECTRICAL SIGNAL PEEKS AMPHERE PRESSURE ENERGY VELOCITY HERTZ TO THE RELATED KEY INPUT SYNTAX SCRIPT SOUND FILE MEMORY TASK PROCESSOR SOFTWARE BASE CPU MEDIA DRIVER PRODUCE TRANSLATED INTO SPEECH COORDINATED EVENTS MAPPING TRANSLATED INTO TEXT OF THE RELATED IGNITION SIGNALS OF THE ATOMIC EKG CELLULAR EEG LEVEL COMPUTING AMBIGUOUS PROCESSING TASKS ELECTRICAL ENERGY SIGNALS FEEDBACK COMMUNICATION BETWEEN THE CELLULAR AND THE MECHATRONIC DEVICE PROCESS TASKING ELECTRICAL ENERGY TRANSFER PULSE PHASE HERTZ CELLULAR ENERGY FEEDBACK LOW MICRONS ELECTRICAL ENERGY MEMORY SEQUENCE SYNTAX SCRIPT TASK FEEDBACK SOFTWARE BASE LOW ELECTRICAL VELOCITY HARMONIC PARAMAGNETISM COLLISION CELLULAR ENCLOSURES MAGNETIC FLUX DENSITY EE STIMULI ENERGETIC CELLULAR ELECTRICAL MASSAGE USING ENERGY LOW ALPHA FREQUENCY SUB-QUANTUM MASS WAVE COLLISION CELLULAR NEUROFEEDBACK SUBATOMIC CELLULAR NEURAL OSCILLATION MFD PULSE SUB ALPHA LOW FREQUENCY PULSE PHASE SUB-CELLULAR DENSITY RADIATION NEURAL LOOP FEEDBACK ELECTRICAL ENERGY ATMOSPHERIC ELECTROPHORESIS SOURCE KRYPTONITE HOLLOW CYLINDRICAL BOMB LIQUID LIGHT BULB 120 ELECTRODE COLOR CONTROLS PIN INPUT CHAMBER MODULATED SOFTWARE BASE CELLULAR ATOMIC COLOR CODE DRIVE BASE ON PHOSPHORESCENT PHOTO LUMINESCENCE FLUORESCENCE AND HOFFMANN ORIGINAL COLOR SCHEME (CARBON = BLACK DOESN'T REFLECT VISIBLE LIGHT, HYDROGEN = WHITE VISIBLE LIGHT THz 400nm– THz 700nm.ELECTROMAGNETIC SPECTRUM WAVELENGTHS NITROGEN = BLUE VISIBLE LIGHT ELECTROMAGNETIC SPECTRUM WAVELENGTHS THz 450nm-THz 495nm. oxygen = RED THz 620nm - THz 750nm ELECTROMAGNETIC SPECTRUM WAVELENGTHS CHLORINE = GREEN VISIBLE LIGHT THz 495nm - THz 570nm ELECTROMAGNETIC SPECTRUM WAVELENGTHS SULPHUR = YELLOW VISIBLE LIGHT THz 570nm - THz 590nm ELECTROMAGNETIC SPECTRUM WAVELENGTHS. AMG OTi PARAMAGNETIC THERMAL REACTIVE MAGNETO CRYSTALLOID ENERGY CELL LIQUID CRYONIC FULL COLOR LIGHT EMITTING GLOW ELECTROLYTE LIQUID MODULATED INPUT ELECTRODE P-Type (+) AND A N-Type (-) SEMICONDUCTORS THAT FORM A PN JUNCTION. ENERGY IS RELEASED IN THE FORM OF LIGHT WHEN THE N-Type (-) ELECTRONS AND THE P-Type (+) POSITIVELY CHARGE HOLES ARE COMBINED CONCENTRATION OF ELECTRONS. THE "p" (POSITIVE) SIDE CONTAINS AN EXCESS of HOLES, WHILE THE "n" (negative) SIDE CONTAINS AN EXCESS OF ELECTRONS IN THE OUTER SHELLS OF THE ELECTRICALLY NEUTRAL ATOMS THERE. This ALLOWS ELECTRIC CURRENT TO PASS THROUGH THE JUNCTION ONLY IN ONE DIRECTION. CHARACTERIZED ELECTRONICS ELECTRICAL CIRCUIT POWER DRIVER LIGHT-EMITTING ELECTROLUMINESCENCE AMG EFB OTi LUMINESCENT ECB ELECTROLYSIS ELECTROLYTE LIGHT-EMITTING ELECTROMAGNETIC PHOTO LUMINESCENCE ELECTROCHEMICAL BATTERY DRIVEN LIQUID LIGHT MILLIMETER RADIATION OTi TERAHERTZ WAVES FREQUENCY 1012 Hz) RADIATION PRESSURES FORCES ATMOSPHERIC DISPLACEMENT QUANTUM ENTANGLEMENT ATMOSPHERIC NUCLEUS SUBATOMIC ACTIVITY SEQUENTIAL ORBITAL ENERGY SUBATOMIC LIQUID MOVEMENT TORQUE FORCE SECTIONAL HERTZ SEQUENTIAL VELOCITY OF THE LIQUID FILL RESIDENCE RHYTHMIC SEQUENTIAL PRESSURES IONIC ELECTROLUX POSITIVE CHARGE ELECTROLYTE RESIDENCE MOVEMENT TYPE GYROSCOPIC POSSESSION DIRECTION TORQUE ENERGY HERTZ ELECTRICAL ENERGY TRANSMISSION VECTOR FIELD WAVE LENGTH PARAMAGNETISM SOLENOID HOLD SENSORY BIPOLAR DIRECTION ELECTROLYTIC HIGH NUCLEUS ENCLOSURE TORQUE SECTIONAL HERTZ HYSTERESIS PULL RATE LINEAR VAPOR RADIATION PRESSURE LOW ENERGY FORCE COLLISION SPHERICAL PARTICLE ORBITAL ROTATION MAGNETO SOLENOID POLAR DISPLACEMENT OR HOLD SENSORY SEQUENTIAL RHYTHMIC LOW PRESSURE COLLISIONS CELLULAR NEURON SUBATOMIC CEREBRAL RECEPTOR COMMUNICATION NERVE TREE SYNAPSE CELLULAR CORRESPONDING COORDINATE EVENTS NEURAL ACTIVITY EE NEURON CEREBRAL EE SUBATOMIC RECTIFIER SIGNALS NEURON CEREBRAL BRAINWAVE ACTIVITY CONTROLS

NEUTRALIZER MAPPING RECORDED EKG HERTZ GRAPHIC OSCILLATION METRIC MEASUREMENTS SEQUENTIAL VOLUME TO THE RECORDED KEY INPUT SOFTWARE BASE SYNTAX SCRIPT MEMORY PROCESSOR TASKING RESOURCE FILES MAPPING THE TRANSLATED ELECTRICAL SIGNALS VOLUME PER HERTZ CORRESPONDING TO THE RELATED KEY INPUT MEMORY ACOUSTIC PRESSURE MEDIA FILE MAPPING RECORDED KEY INPUT EVENT SOFTWARE BASE PROCESS MAPPING THE IDENTIFY SCRIPT SOFTWARE SIGNALS HARDWARE PROCESSING TASK INTO THE TRANSLATED INTO AN AUDIO SEQUENCE FILE ENCODED ENCODER DRIVEN FILE MAPPING EE FEEDBACK MATCHING THE TRANSLATED EE SENSORY SYNTAX AMP SCRIPT FILE CONVERSION INTO RECORDED ENGLISH DICTIONARY WORD SEQUENCE TO THE RELATED ELECTRICAL ENERGY KEY INPUT TASKING ELECTRICAL SIGNAL PEEKS AMPHERE PRESSURE ENERGY VELOCITY HERTZ TO THE RELATED KEY INPUT SYNTAX SCRIPT SOUND FILE MEMORY TASK PROCESSOR SOFTWARE BASE CPU MEDIA DRIVER PRODUCE TRANSLATED INTO SPEECH COORDINATED EVENTS MAPPING TRANSLATED INTO TEXT OF THE RELATED IGNITION SIGNALS OF THE ATOMIC EKG CELLULAR EEG LEVEL COMPUTING AMBIGUOUS PROCESSING TASKS ELECTRICAL ENERGY SIGNALS FEEDBACK COMMUNICATION BETWEEN THE CELLULAR AND THE MECHATRONIC DEVICE PROCESS TASKING ELECTRICAL ENERGY TRANSFER PULSE PHASE HERTZ CELLULAR ENERGY FEEDBACK LOW MICRONS ELECTRICAL ENERGY MEMORY SEQUENCE SYNTAX SCRIPT TASK FEEDBACK SOFTWARE BASE LOW ELECTRICAL VELOCITY HARMONIC PARAMAGNETISM COLLISION CELLULAR ENCLOSURES MAGNETIC FLUX DENSITY EE STIMULI ENERGETIC CELLULAR ELECTRICAL MASSAGE USING ENERGY LOW ALPHA FREQUENCY SUB-QUANTUM MASS WAVE COLLISION CELLULAR NEUROFEEDBACK SUBATOMIC CELLULAR NEURAL OSCILLATION MFD PULSE SUB ALPHA LOW FREQUENCY PULSE PHASE SUB-CELLULAR DENSITY RADIATION NEURAL LOOP FEEDBACK ELECTRICAL ENERGY ATMOSPHERIC ELECTROPHORESIS SOURCE KRYPTONITE HOLLOW CYLINDRICAL BOMB LIQUID LIGHT BULB 120 ELECTRODE COLOR CONTROLS PIN INPUT CHAMBER MODULATED SOFTWARE BASE CELLULAR ATOMIC COLOR CODE DRIVE BASE ON PHOSPHORESCENT PHOTO LUMINESCENCE FLUORESCENCE AND HOFFMANN ORIGINAL COLOR SCHEME (CARBON = BLACK DOESN'T REFLECT VISIBLE LIGHT, 
HYDROGEN = WHITE VISIBLE LIGHT THz 400nm– THz 700nm.ELECTROMAGNETIC SPECTRUM WAVELENGTHS 
 NITROGEN = BLUE VISIBLE LIGHT ELECTROMAGNETIC SPECTRUM WAVELENGTHS THz 450nm-THz 495nm.
oxygen = RED THz 620nm - THz 750nm ELECTROMAGNETIC SPECTRUM WAVELENGTHS 
 CHLORINE = GREEN VISIBLE LIGHT THz 495nm - THz 570nm ELECTROMAGNETIC SPECTRUM WAVELENGTHS 
SULPHUR = YELLOW VISIBLE LIGHT THz 570nm - THz 590nm ELECTROMAGNETIC SPECTRUM WAVELENGTHS. AMG OTi PARAMAGNETIC THERMAL REACTIVE MAGNETO CRYSTALLOID ENERGY CELL LIQUID CRYONIC FULL COLOR LIGHT EMITTING GLOW ELECTROLYTE LIQUID MODULATED INPUT ELECTRODE P-Type (+) AND A N-Type (-) SEMICONDUCTORS THAT FORM A PN JUNCTION. ENERGY IS RELEASED IN THE FORM OF LIGHT WHEN THE N-Type (-) ELECTRONS AND THE P-Type (+) POSITIVELY CHARGE HOLES ARE COMBINED CONCENTRATION OF ELECTRONS.
THE "p" (POSITIVE) SIDE CONTAINS AN EXCESS of HOLES, WHILE THE "n" (negative) SIDE CONTAINS AN EXCESS OF ELECTRONS IN THE OUTER SHELLS OF THE ELECTRICALLY NEUTRAL ATOMS THERE. This ALLOWS ELECTRIC CURRENT TO PASS THROUGH THE JUNCTION ONLY IN ONE DIRECTION. CHARACTERIZED ELECTRONICS ELECTRICAL CIRCUIT POWER DRIVER LIGHT-EMITTING ELECTROLUMINESCENCE AMG EFB OTi LUMINESCENT ECB ELECTROLYSIS ELECTROLYTE LIGHT-EMITTING ELECTROMAGNETIC PHOTO LUMINESCENCE ELECTROCHEMICAL BATTERY DRIVEN LIQUID LIGHT MILLIMETER RADIATION OTi TERAHERTZ WAVES FREQUENCY 1012 Hz)
RADIATION PRESSURES FORCES ATMOSPHERIC DISPLACEMENT QUANTUM ENTANGLEMENT ATMOSPHERIC NUCLEUS SUBATOMIC ACTIVITY SEQUENTIAL ORBITAL ENERGY SUBATOMIC LIQUID MOVEMENT TORQUE FORCE SECTIONAL HERTZ SEQUENTIAL VELOCITY OF THE LIQUID FILL RESIDENCE RHYTHMIC SEQUENTIAL PRESSURES IONIC ELECTROLUX POSITIVE CHARGE ELECTROLYTE RESIDENCE MOVEMENT TYPE GYROSCOPIC POSSESSION DIRECTION TORQUE ENERGY HERTZ ELECTRICAL ENERGY TRANSMISSION VECTOR FIELD WAVE LENGTH PARAMAGNETISM SOLENOID HOLD SENSORY BIPOLAR DIRECTION ELECTROLYTIC HIGH NUCLEUS ENCLOSURE TORQUE SECTIONAL HERTZ HYSTERESIS PULL RATE LINEAR VAPOR RADIATION PRESSURE LOW ENERGY FORCE COLLISION SPHERICAL PARTICLE ORBITAL ROTATION MAGNETO SOLENOID POLAR DISPLACEMENT OR HOLD SENSORY SEQUENTIAL RHYTHMIC LOW PRESSURE COLLISIONS CELLULAR NEURON SUBATOMIC CEREBRAL RECEPTOR COMMUNICATION NERVE TREE SYNAPSE CELLULAR CORRESPONDING COORDINATE EVENTS NEURAL ACTIVITY EE NEURON CEREBRAL EE SUBATOMIC RECTIFIER SIGNALS NEURON CEREBRAL BRAINWAVE ACTIVITY CONTROLS

NEUTRALIZER MAPPING RECORDED EKG HERTZ GRAPHIC OSCILLATION METRIC MEASUREMENTS SEQUENTIAL VOLUME TO THE RECORDED KEY INPUT SOFTWARE BASE SYNTAX SCRIPT MEMORY PROCESSOR TASKING RESOURCE FILES MAPPING THE TRANSLATED ELECTRICAL SIGNALS VOLUME PER HERTZ CORRESPONDING TO THE RELATED KEY INPUT MEMORY ACOUSTIC PRESSURE MEDIA FILE MAPPING RECORDED KEY INPUT EVENT SOFTWARE BASE PROCESS MAPPING THE IDENTIFY SCRIPT SOFTWARE SIGNALS HARDWARE PROCESSING TASK INTO THE TRANSLATED INTO AN AUDIO SEQUENCE FILE ENCODED ENCODER DRIVEN FILE MAPPING EE FEEDBACK MATCHING THE TRANSLATED EE SENSORY SYNTAX AMP SCRIPT FILE CONVERSION INTO RECORDED ENGLISH DICTIONARY WORD SEQUENCE TO THE RELATED ELECTRICAL ENERGY KEY INPUT TASKING ELECTRICAL SIGNAL PEEKS AMPHERE PRESSURE ENERGY VELOCITY HERTZ TO THE RELATED KEY INPUT SYNTAX SCRIPT SOUND FILE MEMORY TASK PROCESSOR SOFTWARE BASE CPU MEDIA DRIVER PRODUCE TRANSLATED INTO SPEECH COORDINATED EVENTS MAPPING TRANSLATED INTO TEXT OF THE RELATED IGNITION SIGNALS OF THE ATOMIC EKG CELLULAR EEG LEVEL COMPUTING AMBIGUOUS PROCESSING TASKS ELECTRICAL ENERGY SIGNALS FEEDBACK COMMUNICATION BETWEEN THE CELLULAR AND THE MECHATRONIC DEVICE PROCESS TASKING ELECTRICAL ENERGY TRANSFER PULSE PHASE HERTZ CELLULAR ENERGY FEEDBACK LOW MICRONS ELECTRICAL ENERGY MEMORY SEQUENCE SYNTAX SCRIPT TASK FEEDBACK SOFTWARE BASE LOW ELECTRICAL VELOCITY HARMONIC PARAMAGNETISM COLLISION CELLULAR ENCLOSURES MAGNETIC FLUX DENSITY EE STIMULI ENERGETIC CELLULAR ELECTRICAL MASSAGE USING ENERGY LOW ALPHA FREQUENCY SUB-QUANTUM MASS WAVE COLLISION CELLULAR NEUROFEEDBACK SUBATOMIC CELLULAR NEURAL OSCILLATION MFD PULSE SUB ALPHA LOW FREQUENCY PULSE PHASE SUB-CELLULAR DENSITY RADIATION NEURAL LOOP FEEDBACK ELECTRICAL ENERGY ATMOSPHERIC ELECTROPHORESIS SOURCE KRYPTONITE HOLLOW CYLINDRICAL BOMB LIQUID LIGHT BULB 120 ELECTRODE COLOR CONTROLS PIN INPUT CHAMBER MODULATED SOFTWARE BASE CELLULAR ATOMIC COLOR CODE DRIVE BASE ON PHOSPHORESCENT PHOTO LUMINESCENCE FLUORESCENCE AND HOFFMANN ORIGINAL COLOR SCHEME (CARBON = BLACK DOESN'T REFLECT VISIBLE LIGHT, 
HYDROGEN = WHITE VISIBLE LIGHT THz 400nm– THz 700nm.ELECTROMAGNETIC SPECTRUM WAVELENGTHS 
 NITROGEN = BLUE VISIBLE LIGHT ELECTROMAGNETIC SPECTRUM WAVELENGTHS THz 450nm-THz 495nm.
oxygen = RED THz 620nm - THz 750nm ELECTROMAGNETIC SPECTRUM WAVELENGTHS 
 CHLORINE = GREEN VISIBLE LIGHT THz 495nm - THz 570nm ELECTROMAGNETIC SPECTRUM WAVELENGTHS 
SULPHUR = YELLOW VISIBLE LIGHT THz 570nm - THz 590nm ELECTROMAGNETIC SPECTRUM WAVELENGTHS. AMG OTi PARAMAGNETIC THERMAL REACTIVE MAGNETO CRYSTALLOID ENERGY CELL LIQUID CRYONIC FULL COLOR LIGHT EMITTING GLOW ELECTROLYTE LIQUID MODULATED INPUT ELECTRODE P-Type (+) AND A N-Type (-) SEMICONDUCTORS THAT FORM A PN JUNCTION. ENERGY IS RELEASED IN THE FORM OF LIGHT WHEN THE N-Type (-) ELECTRONS AND THE P-Type (+) POSITIVELY CHARGE HOLES ARE COMBINED CONCENTRATION OF ELECTRONS.
THE "p" (POSITIVE) SIDE CONTAINS AN EXCESS of HOLES, WHILE THE "n" (negative) SIDE CONTAINS AN EXCESS OF ELECTRONS IN THE OUTER SHELLS OF THE ELECTRICALLY NEUTRAL ATOMS THERE. This ALLOWS ELECTRIC CURRENT TO PASS THROUGH THE JUNCTION ONLY IN ONE DIRECTION. CHARACTERIZED ELECTRONICS ELECTRICAL CIRCUIT POWER DRIVER LIGHT-EMITTING ELECTROLUMINESCENCE AMG EFB OTi LUMINESCENT ECB ELECTROLYSIS ELECTROLYTE LIGHT-EMITTING ELECTROMAGNETIC PHOTO LUMINESCENCE ELECTROCHEMICAL BATTERY DRIVEN LIQUID LIGHT MILLIMETER RADIATION OTi TERAHERTZ WAVES FREQUENCY 1012 Hz)
RADIATION PRESSURES FORCES ATMOSPHERIC DISPLACEMENT QUANTUM ENTANGLEMENT ATMOSPHERIC NUCLEUS SUBATOMIC ACTIVITY SEQUENTIAL ORBITAL ENERGY SUBATOMIC LIQUID MOVEMENT TORQUE FORCE SECTIONAL HERTZ SEQUENTIAL VELOCITY OF THE LIQUID FILL RESIDENCE RHYTHMIC SEQUENTIAL PRESSURES IONIC ELECTROLUX POSITIVE CHARGE ELECTROLYTE RESIDENCE MOVEMENT TYPE GYROSCOPIC POSSESSION DIRECTION TORQUE ENERGY HERTZ ELECTRICAL ENERGY TRANSMISSION VECTOR FIELD WAVE LENGTH PARAMAGNETISM SOLENOID HOLD SENSORY BIPOLAR DIRECTION ELECTROLYTIC HIGH NUCLEUS ENCLOSURE TORQUE SECTIONAL HERTZ HYSTERESIS PULL RATE LINEAR VAPOR RADIATION PRESSURE LOW ENERGY FORCE COLLISION SPHERICAL PARTICLE ORBITAL ROTATION MAGNETO SOLENOID POLAR DISPLACEMENT OR HOLD SENSORY SEQUENTIAL RHYTHMIC LOW PRESSURE COLLISIONS CELLULAR NEURON SUBATOMIC CEREBRAL RECEPTOR COMMUNICATION NERVE TREE SYNAPSE CELLULAR CORRESPONDING COORDINATE EVENTS NEURAL ACTIVITY EE NEURON CEREBRAL EE SUBATOMIC RECTIFIER SIGNALS NEURON CEREBRAL BRAINWAVE ACTIVITY CONTROLS