Blogic 6: Syllogistic Unification
Dear all,
In the last posting it was shown that all the 24 Leibniz syllogisms are divided into 4 equivalent classes: Barbara triad, Celarent zodiac, Barbari hexad and Celaront triad.
Because the elements of an equivalent class are equivalent to each other,
if we can prove that Barbaba, Celarent, Barbari and Celaront are equivalent to each other, then all Leibniz 24 syllogisms are forming a big equivalent class. I will try to prove it in this blog.
Barbara is equivalent to Barbari
Proof:
Barbara =
= OOA1 Brownian coding
= Oyz Oxy Axz Boethius recoding
= Oyz Oxy [x]z Brownian expansion of Axz
= Oyz Oxy [x][[z]] Law of involution
= Oyz Oxy [x][[x][z]] Law of pervasion
= Oyz Oxy [x] Ixz Boethius recoding
= [x] Oyz Oxy Ixz implicit Law of commutation
= AAI1 Brownian coding
= Barbari Boethius recoding
Barbari is equivalent to Celarent
Proof:
Barbari =
= AAI1 Brownian coding
= [x] Oyz Oxy Ixz Boethius recoding
= [x] Oyz [[x]y] Ixz Brownian expansion of Oxy
= Oyz [x] [[x]y] Ixz implicit Law of commutation
= Oyz [x] [ y] Ixz Law of pervasion
= Oyz Exy Ixz Boethius recoding
= Ixz Oyz Exy implicit Law of commutation
= IOE1 Brownian coding
= Celarent Boethius recoding
Celarent is equivalent to Celaront
Proof:
Celarent =
= IOE1 Brownian coding
= Ixz Oyz Exy Boethius recoding
= Ixz Oyz [x][y] Brownian expansion of Exy
= Ixz Oyz [x][[x]y] Law of pervasion
= [x] Ixz Oyz Oxy Boethius recoding
= IOO1 Brownian coding
= Celaront Boethius recoding
Conclusion: Syllogistic unity
Consequently, Barbara = Barbari = Celarent = Celaront.
In other words, all members of Barbara triad, Barbari hexad, Celarent zodiac and Celaront triad are equivalent to each other. So, finally, all Leibniz syllogism is proven to be equivalent to each other. I think this fact of syllogistic unity is wonderful. Hopefully yo will appreciate this wonderful fact which is proven by using Brownian algebra and the fact of the symmetric property of all Leibnizian syllogisms under permutation of its propositions and terms.
Please correct me, if I am wrong.
Thanks,
Arma