Post by Pincho Paxton on Oct 27, 2015 18:04:01 GMT
Link...
The brain forgets in order to conserve energy
Pincho says...
The test, and the theory do not add up for me. Even if the brain forgets in order to save energy it is not presented in the test. The test is showing something else, probably similar to destructive interference, that two stimuli cancel each other out. I am thinking of a quantum area of pathways that have fractals of X/Z, separated from a Y axis. The sound (tone) could propagate the X/Z axis, and the light could propagate the Y axis. When one is used on its own there is an escape route to send energy to blink the eye. When both are used there is a collision between X/Y/Z, leaving no escape routes, and the physics would be a magnetic outflow which is also blocked by gravity which is a hole/filler combination which is destructive interference at the quantum scale. In other words if a quantum computer can distinguish 1,0 and both together, it is still limited if all 3 options are combined...
1 + -1 = 0... no energy left for blinking.
So this is not to conserve energy, it is that energy is turned into negative energy which is magnetism, and then filled by positive energy, and the result is zero.
Pincho Paxton
The brain forgets in order to conserve energy
Pincho says...
The test, and the theory do not add up for me. Even if the brain forgets in order to save energy it is not presented in the test. The test is showing something else, probably similar to destructive interference, that two stimuli cancel each other out. I am thinking of a quantum area of pathways that have fractals of X/Z, separated from a Y axis. The sound (tone) could propagate the X/Z axis, and the light could propagate the Y axis. When one is used on its own there is an escape route to send energy to blink the eye. When both are used there is a collision between X/Y/Z, leaving no escape routes, and the physics would be a magnetic outflow which is also blocked by gravity which is a hole/filler combination which is destructive interference at the quantum scale. In other words if a quantum computer can distinguish 1,0 and both together, it is still limited if all 3 options are combined...
1 + -1 = 0... no energy left for blinking.
So this is not to conserve energy, it is that energy is turned into negative energy which is magnetism, and then filled by positive energy, and the result is zero.
Pincho Paxton