How to Theoretically Create An Electrical Force Field/Shield

This is my theoretical design for a force field I came up with. I remembered the electric fences that kept the cows from wandering off that I have seen where I live and have actually touched one when I was a child. being that was not a pleasant experience--I didn't like it and would not want to touch it again, I thought perhaps that could be applied to a vehicle or a structure. I just thought this one would be fun one to imagine, but I don't expect anyone to try it. It would likely be expensive anyhow and more of a government project.
Along with electric fence, this is also based on how electricity jumps from neuron to neuron in the brain.

Difficulty:

Challenging

Instructions

Things You'll Need

• A good deal of money
• Approval to conduct this sort of project
• Equipment like tiny metal antennas, wiring, insulation materials like rubber, sensors to measure electrical currrent, and of course something to attach the stuff to
• Welding or any other type of equipment you can use to assemble and attach the parts

1. You need to have all your parts together, tiny little antennas or lightning rod like metal, wiring, tools, a control box, rubber insulation, and of course your vehicle or structure you want to attach the parts to.
   Additional hardware like screws, mounting devices, and other items may be needed.
   You also might need a drill to make holes.

2. Make holes in the vehicle or structure where you want the lightning rod like poles to attach with mounting materials or to rise up out of when needed--will need a more complicated control box for this and additional parts like gears or telescoping antennas.

3. Attach the mounting hardware, may require extra holes for the screws to hold it on the structure and to attach the antennae/lightning rod type of metal to the mounting hardware. Either your antennae/rods will be visible to people outside the vehicle/structure or hidden inside due to the gear or telescoping capability you have chosen to add.

4. Attach your wiring to the antennae and a power source--if it is a vehicle it will have to be attached to the battery and if it is a building it is your choice whether you make it a plug-in device or wire it directly to the fuse box. When wiring to a fuse box or battery, you want to make sure either the vehicle is off or the structure's power is off as there is risk for electrocution. ( make sure you also have any electrical current sensors in place to monitor the flow of electricity.)

5. Also make sure you have it wired to the control box--which can be mounted somewhere with a little ingenuity and extra hardware. You may have to make a customized control box based on what options you chose for your force field/shield. It will need an on/off button in the basic of circumstances--however it is much better with an adjustable power level. The electrical pulse must be the same as it is for an electrical fence if only having an on/off switch. With an adjustable power level--don't use any power level that can kill anyone--after all you can go to jail for that and it's not appropriate behavior. You will also want a control for antennae/rods that pop out from inside the structure/vehicle. This can be a dial or a lever--it's up to you.

6. Insulate everything inside your structure/vehicle with material that protects from electrical shock. Special rubberized material or any other recommended insulator should be used so that the electrical pulses cannot enter the inside of the structure/vehicle and harm those inside. This is a safety precaution.

7. Test everything to make sure it works properly. If it works--great!
   If there is a problem with stray electricity, find a way to neutralize it with non conductive materials. If it doesn't work at all, test all connections. Make sure you have proper electricity conducting materials as well for use in the wiring and antennae/rods. If it doesn't work at all.
   In theory, this should work and--if the rods/antennae are close enough together, electrical impulses should travel from rod to rod as well as through the wiring--which might make it possible that all rods may not have to be wired to work.
   This was intended to repel unwanted visitors such as thieves in the theoretical designing.
   There is no actual working model available due to the fact I need permission to work on it and I would need money to make it.

Tips & Warnings

• Don't try this at home.

• Since this is theoretical, it may not work properly.

• You must know what you're doing in cases of electricity, mechanics, and maybe even engineering before attempting such a project.

• Might need to modify to make it work right on days with precipitation.

• Might want to add an larm signal for current overload to alert to shut down for safety.

• When working with electricity take proper precautions. There is risk of shock and electrocution. You might want to wear special gear that protects from shock.

• This is not something to just decide to do, you would likely have to have permission to work on it.

• Do not use this for purpose other than low level repelling like an electrical fence unless you are a government organization and have permission to do so.

• Please don't sue me--this is a theoretical article only and was not intended for people to make these actual force fields. This is my imagination only. I have cautioned people about the electricity, the fact it's not an actual device right now, and that permission would be needed to make it.

• Might want to keep off on a day with precipitation as it might have unpredictable results with shock or it may fry the device. It might need modification to run in this type of weather.