EM Fields Can Affect Behaviors

Is it possible that Your Relative Endogenous EM Field, Affects My Behavior?

1. If exogenous em fields, weaker than my own endogenous em field, can affect my behavior by influencing neuronal firing patterns....
2. Then an em field with less power than my own, can affect my behavior, by influencing neuronal firing patterns.....
3. Then stronger em fields, including my own, should also be able to affect my behavior, by influencing neuronal firing patterns....
4. If you have an em field, that is as strong, or weaker than mine, and your field is exogenous to my own, then you should also be able to affect my behavior, by influencing neuronal firing patterns.

Statement 3 is not entirely true, therefore statement 4 is not entirely true.

Our brains are heavily insulated to prevent natural em fields from affecting our em fields.

If not for this insulation, then this argument would hold true.

Evidence for the First and Second Point

"very weak em field fluctuations are capable of modulating neurone-firing patterns. These exogenous fields are weaker than the perturbations in the brain’s endogenous em field that are induced during normal neuronal activity."

Page 16-17 of SYNCHRONOUS FIRING AND ITS INFLUENCE ON THE BRAIN’S ELECTROMAGNETIC FIELD: EVIDENCE FOR AN ELECTROMAGNETIC FIELD THEORY OF CONSCIOUSNESS

Evidence for the Third Point

"Therefore, since TMS induced modulations of the brain’s em field affect brain function and behaviour, it follows that the brain’s endogenous field must similarly influence neuronal computation."

"the brain’s endogenous em field must influence neuronal information processing in the brain."

Page 15-17 of SYNCHRONOUS FIRING AND ITS INFLUENCE ON THE BRAIN’S ELECTROMAGNETIC FIELD: EVIDENCE FOR AN ELECTROMAGNETIC FIELD THEORY OF CONSCIOUSNESS