Multicid experimental process

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The Multicid experimental process is a theoretical experimental process of determining the awaremoment or awarepath produced by a physipath or physimoment and physapath or physamoment. in other words it is one way to determine the consciousness produced by a itobody with a specific structure and functioning. Why is it a theoretical process yet experimental? Theoretically the experiments can be carried out, but because of the complexity of consciousness producing systems the current level of scientific ability can not produce these experiments. However, we know enough that we can, by understanding the Multicid experimental process create a large amount of useful information.

How does the Multicid experimental process work? The question how can you determine the consciousness of a person when you cannot see into their consciousness? Stated in another way how do you know the awaremoment produced by a physimoment. Why is knowing this important? There are numerous reasons including itomapping the basis for itoimmortality, determining Degrees of Itofreedom, determining the ixpepath, most important determining the results of itoexperiments so that itoevidence can be produced for itoarguments that are the basis for itoprinciples that can be represented in the form of itoequations and be used in itoapplications.

Some people might complain that you can not use people in these kind of experiments, but the experiments can be done with isoidentireplicas or in physipaducers or physapaducers where no humans are ever used.

The term multicid stands for multiple cidentireplicas. The Multicid experimental process is based on multicid experiments. Multicid experimental process is also pared up with the Multivid experimental process which means the multiple videntireplica experimental process.

You cannot extrapolate the actual consciousness of a person from the behavior of a singular physimoment or physisection unless it is your own consciousness that you are studying and you are reporting all you can about what you are experiencing at the time. It is hard to determine what the actual structure and functioning is occurring in you when you are doing this. An isoidentireplica could be constructed where all the structure and functioning is known at every point along the physasection thus a clear mapping of structure and functioning to consciousness can be produced. Just because you can monitor the structure and functioning how do you know that you are even producing consciousness? A computer that is not conscious can be programed to act like it is conscious. The first part is not programing it to be conscious. You simply construct it and sees how it behaves. it if does not appear to be conscious you keep modifying the structure and functioning until you can observe it behaving like it is conscious. You can create it to be able to communicate about its inner thoughts and emotions in a language that you can understand.

Even though you have done this procedure you still cannot be sure what if any consciousness is being produced. You can observe its behavior and you can ask it questions. It might be able to respond like a computer with out actually being conscious. We are not totally in the dark here because we have learned that the structure and functioning of a human produces consciousness and we have duplicated this structure and functioning in the isoidentireplica, so there is a least a chance that it is conscious. We would not have this problem if we were using humans to begin with because we can make a reasonable assumption that a person is usually conscious when they act like they are conscious.

This is where the multicid and multivid experimental processes come in


See also:

file: template: multicid & multivid template list

Types of multicid experiments, Types of multivid experiments

Multicid and multivid experiments, Diagrams 55 multicid and multivid experiments

Multito, Multito experimental process, Multito experiment

Multicid, Multicid experimental process, Multicid experiments, Multiple cidentireplica experimental proof, Subjective multicid experiments, Multicid approximation and extrapolation process, Multicid continuum construction process, Cidentireplica behavior proof, Multiple cidentireplica experimental proof, N-cidentireplica argument, N-cidentireplica experiments, Multicid arguments

Multivid, Multivid experimental process, Multivid experiments, Multiple videntireplica experimental proof, Subjective multivid experiments, Multivid approximation and extrapolation process, Multivid continuum construction process. Videntireplica behavior proof, Multiple videntireplica experimental proof, N-videntireplica argument, N-videntireplica experiments, Multivid arguments

Itoinception arguments, Itoinception experiments, Itointerchangeability experiments, Orimateriality experiments

Multicid and multivid experiments with itobrains, Multicid and multivid experiments with itocomponents, Multicid and multivid experiments with itobodies, Multicid and multivid experiments with human bodies, Multicid and multivid experiments with human brains

multiple identical circuit experiments, multiple identical neuron experiments