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First of all, I don't know much about the forum, I don't know if I chose the right topic, forgive me
And what I want to say is that I noticed that not all cardinals are declared on the wiki, so there are people who are ignorant about it, the argument below is an article that will inform and explain about the rank of cardinals. Please indicate if there is an incorrect measurement.
aleph-null=High 1-B
Aleph-1=Low 1-A
Aleph-2=Baseline 1-A
Aleph-Omega=1-A+
inaccesible Cardinal= Baseline High 1-A Hyper inaccesible Cardinal=High 1-A^inf mahlo cardinal=Baseline 0
Weakly Compact Cardinal=0^inf
Ethereal Cardinal=0^inf
Ramsey Cardinal=0^inf
Woodin Cardinal=0^inf(Again, we can't fill it with infinities, I write it like this because we can't define it)
Strongly Compact=0^inf
Super Compact=0^inf
I0=0^inf
Reinhardt Cardinal=0^inf
Berkeley Cardinal=0^ the order from top to bottom is small to large, not complicated, the top gives the fewest tiers, the bottom gives the highest tier (According to the articles and sources I looked at, Woodin< strongly compact≤supercompact is listed as such)( and in another article it is stated that the cardinal axiom I0 comes after Reinhard)
And what I want to say is that I noticed that not all cardinals are declared on the wiki, so there are people who are ignorant about it, the argument below is an article that will inform and explain about the rank of cardinals. Please indicate if there is an incorrect measurement.
aleph-null=High 1-B
Aleph-1=Low 1-A
Aleph-2=Baseline 1-A
Aleph-Omega=1-A+
inaccesible Cardinal= Baseline High 1-A Hyper inaccesible Cardinal=High 1-A^inf mahlo cardinal=Baseline 0
Weakly Compact Cardinal=0^inf
Ethereal Cardinal=0^inf
Ramsey Cardinal=0^inf
Woodin Cardinal=0^inf(Again, we can't fill it with infinities, I write it like this because we can't define it)
Strongly Compact=0^inf
Super Compact=0^inf
I0=0^inf
Reinhardt Cardinal=0^inf
Berkeley Cardinal=0^ the order from top to bottom is small to large, not complicated, the top gives the fewest tiers, the bottom gives the highest tier (According to the articles and sources I looked at, Woodin< strongly compact≤supercompact is listed as such)( and in another article it is stated that the cardinal axiom I0 comes after Reinhard)