Ixperiencitness mapping proof

The Ixperiencitness mapping proof is the proof that the ixperiencitness concept can be mapped or connected to physapaths and awarepaths. The proof does not give a number to the amount of physapaths and awarepaths have the same ixperiencitness. It is also not an existence proof for different ixperiencitnesses. It is not a proof that every physapath produces an ixpepath. it is not a proof that a physapath produces only one ixpepath.

it is a proof that a connection can be made between one awarepath and one ixpepath where the connection or relationship is the awarepath has this ixpepath and not other ixpepaths. In the case of the a physapath it is one physapath producing a specific ixpepath or set of ixpepaths. The specific relationship may not be exist in all universes with different sets of physical laws. For instance, in a different universe with different physical laws a physapath in this universe might not produce the same or any ixpepath.

Awarepath X Ixperiencitness Mapping Proof is the proof that an awarepath can be mapped to a nonvariable ixperiencitness for the length of the itopath. Awarepath X Ixpepath Mapping Proof is the proof that an awarepath can be mapped to a variable ixperiencitness for the length of the itopath.

Physapath X Ixperiencitness Mapping Proof is the proof that an physapath can be mapped to a nonvariable ixperiencitness for the length of the itopath. Physapath X Ixpepath Mapping Proof is the proof that an physapath can be mapped to a variable ixperiencitness for the length of the itopath.

Physipath X Ixperiencitness Mapping Proof is the proof that an physipath can be mapped to a nonvariable ixperiencitness for the length of the itopath. Physipath X Ixpepath Mapping Proof is the proof that an physipath can be mapped to a variable ixperiencitness for the length of the itopath.