Citoacceptability

Principle of Citoacceptability

1.4E_1^2,D_1^2=0H \;\blacktriangleleft \; If Ori(O,U,E_1,D_1,T,S,C) == 0 jH then Cito(O,U,E_2,D2,T,S,C) == 0 jH

This is a mathematical representation of principle 3 from the first chapter. It states that if the original is a member of the set of all possible humans then the cidentireplica with identical structure, functioning, and in the same time will also be a member of the set of all humans. They will be made of different matter and be in a different space. Where H humanness is defined as behavior and structure $H(B,S)$ within defined limits. H can also be defined as a as a certain set of sensepaths for an or set of observer. The sensepath produces the sense stimulation that creates the concept of a person for the observer.

Equation 1.4(O)=0H \;\blacktriangleleft \;

If Ori(O) == 0 jH, then Cito(O)== 0 jH

By definition Ori(O) … Ori(O,U,E,D,T,S,C) and

Cito(O) … Cito(O,U,E,D,T,S,C)

Equation 1.4(O)=0H is the equivalent to: \;\blacktriangleleft \;

If Ori(O,U,E,D,T,S,C) == 0 jH

then Cito(O,U,E,D,T,S,C) == 0 jH

This says mathematically that if you were named differently you would still be considered a human.

Equation 1.4(E_1^2,D_1^2,T_1^2)=0H \;\blacktriangleleft \;

If Ori(O,U,E_1,D_1,T_1,S,C) == 0 jH

then Cito(O,U,E_2,D_2,T_2,S,C)== 0 jH

The cidentireplica will also be human if they are in a different time: T1 =/= To .

Equation 1.4(E_1^m,D_1^n,T_1^o)=0H \;\blacktriangleleft \;

If Ori(O,U,E_1,D_1,T_1,S,C) == 0 jH

then Cito(O,U,E_m,D_n,T_o,S,C)== 0 jH

If the original is a member of the set of all humans then any cidentireplica that has identical structure and functioning in the same universe with the same physcial laws made of the same original will be a member of the set of all humans also.

see also: Itoacceptability, Vitoacceptability, Fitoacceptability, Oriacceptability, Idooacceptability, Coriacceptability, Insiacceptability, Isoacceptability, Musacceptability, Enhacceptability, Citoequations,

Oriconsciousness

1.1M.2(E_1^2,D_1^2)=0C \;\blacktriangleleft \;

If M{Ori(O,U,E_1,D_1,T,S,C)} == 0 jC

then M{Ori(O,U,E_m,D_n,T,S,C)}== 0 jC

If the original is conscious then an original in a different place made of different matter will be consciousness as well.

Citoconsciousness

Equation 1.4M.2C(O) \;\blacktriangleleft \;

If M{Ori(O)} == 0 jC , then M{Cito(O)}== 0 jC

Equation 1.4M.2(E_1^2,D_1^2)C \;\blacktriangleleft \;

If M{Ori(O,U,E1,D1,T,S,C)} == 0 jC

then M{Cito(O,U,E2,D2,T,S,C)}== 0 jC

If the original is a member in the set of conscious things then the cidentireplica that is materially and spacially different will be a member of the same consciousness set.

This equation says that if the original is a member of the sum of conscious things then the cidentireplica that is made of different matter in a different space and time will also be conscious.

Equation 1.4M.2(E_1^2,D_1^2)0C is a mathematical representation of principle 4. It states that if the original is consciousness (the mentality of the original is an element of the set of consciousness things) then the cidentireplica (made of different matter in a different space but with identical structure and functioning in the same time) will also be consciousness ( is an element of the set of consciousness things also)

Equation 1.4M.2(E_1^2,D_1^2,T_1^2)0C \;\blacktriangleleft \;

If M{Ori(O,U,E_1,D_1,T_1,S,C)} == 0 jC

then M{Cito(O,U,E_2,D_2,T_2,S.C)}== 0 jC

This equation says that if the original is a member of the sum of conscious things then the cidentireplica that is materially and spacially different and time will also be conscious.

Equation 1.4M.2(E_1^2,D_1^2,T_1^2)0HC \;\blacktriangleleft \;

If M{Ori(O,U,E_1,D_1,T_1,S,C)} == 0 jHC

then M{Cito(O,U,E_2,D_2,T_2,S.C)} == 0 jHC

This equation says that if the original is a member of the sum of human conscious things then the cidentireplica that is made of different matter in a different space and time will also be a member of the set of human conscious beings.

Equation 1.4B2(E_1^2,D_1^2,T_1^2)0HB \;\blacktriangleleft \;

If B{Ori(O,U,E1,D1,T1,S,C)} == 0 jBH

then B{Cito(O,U,E2,D2,T2,S.C)}== 0 jBH

This equation says that if the original’s behavior is a member of the set of possible human behaviors, then the cidentireplica, that is made of different matter, in a different space and time, will have a behavior that will also be a member of the set of possible human behaviors.

Mentafunctionality

Equation dfs(b)/dt >> M(b)

Where “b”is the body. The change “d” in the physical functioning “f”and structure “s”of (b) over the progression of time /dt produces the mentality “M ” of (b).

The symbol >> represents produces.

Orimentafunctionality

Equation 1df>M \;\blacktriangleleft \;

dfs(Ori)/dt >> M(Ori)

The change in the functioning and structure of the original over time is what produces the consciousness of the original.

--- Equation 1df>M \;\blacktriangleleft \;

dfs(Ori)/dt >> M(Ori)

d(O,S,C) >> M(O,)

d(O,C) >> M(O,)

Citomentafunctionality

Equation 3df>M \;\blacktriangleleft \;

dfs(Cid)/dt >> M(Cid)

The change in the functioning and structure of the cidentireplica over time is what produces the consciousness of the cidentireplica.

Equation 1.3df/>M \;\blacktriangleleft \;

dfs(Ori)/dt />> M(Cid)

The change in the functioning and structure of the original over time does not produce the consciousness of the cidentireplica.

Citochange

Equation db>dm \;\blacktriangleleft \;

dfs(b)/dt >> dm(b)/dt

The physical functioning and change in structure of the body “b” is dfs(b) produces the mental change that is occurring in b.

d(b,m,t) M d fi

dm(b)/dt =M= M(b) fi

dm(b)/dt = M(b) fi

The mental change is the mentality of b.

Equation 1df>dm \;\blacktriangleleft \;

dfs(Ori)/dt >> dm(Ori)/dt

This equation states that the change in the original’s structure and functioning over time produces the change in the mentality of the original.

Equation 3df>dm \;\blacktriangleleft \;

df(Cid)/dt >> dm(Cid)/dt

This equation states that the change in the cidentireplica’s structure and functioning over time produces the change in the mentality of the cidentireplica.

Equation 1.3df/>dm \;\blacktriangleleft \;

dfs(Ori)/dt >/> dm(Cid)/dt

This equation states that the change in the original’s structure and functioning over time does not produces the change in the mentality of the cidentireplica. There is no necessary connection between the original and the cidentireplica.

Transuniversal Orimultireplication

Equation U(q=Tu=p)…1w.1vM(Uqp,Ewv,Dwv) \;\blacktriangleleft \;

If Uq =Tu= Up , then Ori(w)(O,Uq,En,Dx,T,S,C) =M= Ori(v)(O,Up,Em,Dy,T,S,C)

This means that if universe “Uq” is transuniversally equal “=Tu=” to“Up” then the originals Ori(w) and Ori(v) are mentally equivalent. Transuniversally equal “=Tu=” means that the physical laws are the same or are different but have the same relative effect on physical functioning and the production of consciousness. If the original was in a different universe it will still be able to produce the same consciousness with the same relative functioning and structure.

Transuniversal Citomultireplication

$U_{(q=T_{u}=p)}4w.4vM(U_{q}^{p},E_{w}^{v},D_{w}^{v})\;\blacktriangleleft \;$

If $U_{q}=\!\!T_{u}\!\!=U_{p}$, then $Cito_{w}(O,U_{q},E_{n},D_{x},T,S,C)=\!\!M\!\!=Cito_{v}(O,U_{p},E_{m},D_{y},T,S,C)$

This means that if universe “U_q” is transuniversally equal “=T_u=” to“U_p” then the cidentireplicas Cito(w) and Cito(v) are mentally equivalent.

The equations U_{(q=T_u=p)}…1_w.2_vM(U_q^p,E_w^v,D_w^v), U(q=T_u=p)…1_w.3_vM(U_q^p,E_w^v,D_w^v), U_{(q=T_u=p)}…2_w.3_vM(U_q^p,E_w^v,D_w^v), and U_{(q=Tu=p)}…2_w.2_vM(U_q^p,E_w^v,D_w^v) will also be valid.

$1.4M(E_{n}^{m},D_{x}^{y},T_{i}^{j})\;\blacktriangleleft \;Ori(O,U,E_{n},D_{x},T_{i},S,C)=M=Cito(O,U,E_{m},D_{y},T_{j},S,C)$

The original will be the mentality identical to its cidentireplica when the cidentireplica is made of different matter, in a different space, and time but continues to have the identical functioning and structure, is in the same universe with the same physical laws.

$1.4=M.2(E_{n}^{m},D_{x}^{y},T_{i}^{j})\;\blacktriangleleft \;M(Ori(O,U,E_{n},D_{x},T_{i},S,C))==M(Cito(O,U,E_{m},D_{y},T_{j},S,C))$

Failed to parse (syntax error): {\displaystyle 1.4C(E_n^m,D_x^y},T_{-t}^0,S^{-t},F^{-t}) \;\blacktriangleleft \; Ori(O,U,E_n,D_x,T^{-t},S^{-t},F^{-t}) =\!C\!= Cito(O,U,E_m,D_y,T^0,S^{-t},F^{-t})}