STARWARS LIGHTSABER FLYMORTON VERSION TYPE; ELECTRONIC ELECTRICAL MACHANICAL SOFTWARE BASE PROCESS HANDHELD POCKET PORTABLE PLASMA SABOR WEAPON SUBSYSTEM MODULATED MCU GYROSCOPE AIR BEAMING SOURCE TRANSDUCER AIR PRESSURES CUTTING CAGE CENTRAL PLASMA BEAMING VERTICAL PLASMA STABILIZING AIR PRESSURES CUTTER BLOCKING ELECTRONS TRAPING PLASMA LINEAR BEAM CAGE BY HIGH VELOCITY AIŔ BEAM PRESSURE CUTTING CIRCULAR CAGE PLASMA SABOR ELECTRONS WELDING ENERGY HANDHELD CUTTING WEAPON HIGH PRESSURES BEAM PLASMA SABOR CUTTING WEAPON HIGH AIR PRESSURE LINEAR BEAMING CUTTING CAGE BLOCKING PLASMA HIGH TEMPERATURE VERTICAL BEAM PLASMA STABILIZING PITCH ON AXIS TILT ON AXIS HANDHELD PLASMA SABOR CUTTING WEAPON SUBJECT NOT LIMITING TO ADDITIONAL SYSTEMS OR STRUCTURES POTENTIOMETRIC RANGE DESIGN INVENTOR JERMAINE MORTON

technical brief overview 

1. Plasma Saber:

A plasma saber handheld pocket-portable weapon that harnesses plasma, a superheated state of matter, as its primary energy source design functionality of such a weapon, including how the plasma is contained and manipulated to produce the characteristic blade.

2. Subsystems and Modulation:

 subsystems that make up the plasma saber, such as the microcomputer microprocessor microcontroller unit (MCU), design gyroscopes for stability, or controlled vector beam air flow axis accelerometers vector beaming proximity beam source ultrasonic air transducer CAGE design for controlling the plasma blade's shape and intensity.

3. High-Velocity Air Flow and Pressure Cage:

This topic could explore how high-velocity air flow and pressure are utilized to create a stable central plasma beam within the blade of the saber, potentials of today's advanced technology and principles behind the design.

4. Vertical Plasma Stabilization and Linear Air Pressure Cage:

methods involved in stabilizing a plasma blade while in motion, 

Method linearity air pressure cages are used to prevent bending or deformation of the plasma blade during use.

5. Electron and Plasma Trapping:

 trapping electrons or plasma within a linear beam cage process contributes to the stability and functionality of the plasma saber.

6. High-Velocity Air Beam Pressure Cutting and Circular Cage:

details of how high-velocity air beam pressure cutting devices are utilized within a circular cage to shape and control the plasma blade, potentially mechanics and technology

7. Plasma Saber Electron Welding Energy:

 utilizing the energy of air pressure beam to trapped plasma linear flow position to enhance its ariel dynamics cutting capabilities modulated the characteristics of the blade.

8. Handheld Cutting Weapon with High-Pressure Air Beam Plasma Saber:

 practical handheld cutting weapon that utilizes high-pressure air beam plasma technology,

9. High Air Pressure Linear Air Flow Beaming Cage Blocking Plasma High Temperature:**

high air pressure and linear air flow are utilized to shape and contain the high-temperature plasma within the blade of the saber, material and engineering 

10. Vertical Plasma Beam Air Pressure Stabilization and Flow Control:

air pressure is used to stabilize the flow and pitch of the plasma beam along its vertical axis

11. **Handheld Plasma Saber as an Air Pressure Cutter Weapon:

 handheld plasma saber that functions as an air pressure cutter weapon, potentially enhances its cutting capabilities and overall functionality.

 Technology, energy manipulation, and weapon design.