Autism, Voltage Regulation & Accelerated Oxidation
Per Capita State Residential Woodburning Emissions Source
“We live in a small cabin in the woods, have woodstove only heat. Since the weather has gotten colder and especially since it never gets much above 24 F during the day, I have been plagued with static electricity. I get shocked everytime I touch my stove, light switch, you know the story. And I mean visible sparks.
I have a cast iron pot kept full of water on the stove. We have oogly cheap foam backed blue carpet in living areas. I avoid dragging my feet as much as possible.”
12 kV = 12,000 volts. 35 kV = 35,000 volts. 1.5 kV = 1500 volts
“Static electricity is generated by contact and separation. Airflow causes static electricity only when the air is particulate-laden [ie. smoke from a fire and the particulates are large, meaning numerous and visible. For example, in sand and dust storms that occur in dry climates, sand and dust particles are blown into and away from billboards and plastic signs. [100,000 volts in atmosphere] The contact and separation between the particulates and the charged surfaces generates static electricity, leaving high charges on the billboards and signs. In the these situations dust and particles will cling to the sign or billboard due to the static generated.
Remember: it is the particulates in the air [ie. smoke from a fire], not the air itself, that causes static electricity. Normal air—even the air in a typical wind storm—does not contain enough particulates to charge up other surfaces. Like compressed air or the air circulated by a forced hot air system, the cold air (even if it is very dry) flowing under an access floor cannot generate static electricity: the air flowing across cables under an access floor poses no threat of static shock to personnel or hardware.”
“In the photoelectric effect, it was observed that shining a light on certain metals would lead to an electric current in a circuit. Presumably, the light was knocking electrons out of the metal, causing current to flow. However, using the case of potassium as an example, it was also observed that while a dim blue light was enough to cause a current”
A local electric field will be highest near atmospheres charged with flowing dust and particulate, near high power, high gain antennas emitting high energy photons, near sources of static electrical shock such as friction from skin on ungrounded synthetic insulating materials. Any/ all increases in electric fields will increase oxidative stress and corrosion in the environment.
Dark Matters a Lot 
