Quantum Physics

It is unavoidable that performing a measurement on a system changes its state. Measurement can be as simple as looking. Therefore what information that is received by the observer regarding a system is at least partially created by the observer. If the observer had not chosen to observe then the state of the system would have been different. Continued observation of the same system will result eventually in the system being altered into a pattern which resonates with the observer's expectations. The statistical definition of expectation is what I mean: The first moment; the long-run average value of a variable over many independent repetitions of an experiment.

To observe anything one must use an apparatus of some sort. According to Heisenberg''s Uncertainty Principle complementary pairs of physical properties, like position and momentum, cannot both be known to arbitrary precision. That is, the more precisely one property is known, the less precisely the other can be known. To use an apparatus designed to measure one property naturally changes the complementary property.

What are complementary properties? Physicists often use the example of position vs momentum. The more precisely one measures the position the more one affects the momentum. To determine the position of an object the sensory apparatus must project energy which when reflected back will provide information on the position i.e. how much time did it take for the energy to traverse there and back. The projected energy will necessarily affect the momentum by adding to or subtracting velocity. Momentum is mass multiplied by velocity and velocity is change in position per unit time. Sensory energy hitting the object will affect the velocity resonance(adding) or dissonance(subtracting). It would seem that complementary properties involve one of the properties being the change of another property over time.

So it would seem that observation changes the rate of change of a one property therefore affecting the other property.

Repeated many many times, observation will eventually alter the system dramatically.

Does everything change (time) because everything is observing everything?

Every property that we can imagine is an arbitrary fragmented abstraction of the Unified Field (All That Is). We are altering the actual physical particles of every object as we observe it. Moving my finger is an integral of observation over time of the pattern of of my finger. We move our finger due to observation of the environment of us. Our cells change much quicker because our sensory apparatus allows a much greater awareness. The fewer habits we have the quicker we can change reality. A life lead with little habit will be one of diverse and creative nature. Not only does our observation of ourselves affect us but the observation and interaction with the environment is fundamental in the formation of our being. Every being is perfectly suited to its environment. This could be because of the mutual interactions on the quantum level reaching an agreement, or balance, or resonance.

Suppose too that awareness, or attention, are not mechanical processes occurring inside brain tissue but actually fields which the brain tunes to. A wavelength of awareness which encompasses the entire cosmos would have profound observational capabilities, and therefore a profound impact on the collapsing of quantum states. Any number of higher order resonant awareness field structures may be interacting with us, this planet, earthworms, etc.

It is much more difficult to instantaneously alter physical objects made of compounds because the sensory apparatus of a crystallized molecule is dull and limited. The habits of molecules change very slowly due to the very slow vibration compared to an animal.

This does not make it impossible....quite the contrary.

Scientists have in laboratories observed particles passing through, or more correctly, appearing on the other side of impenetrable barriers.