# absolute infinity omega

The symbol $\Omega$ was used by Cantor to refer to his idea of the Absolute Infinite. Just look at the 0=1 cardinal. Even if you try to use a number with a formula to be bigger than BAI by an insane amount, BAI will still be even bigger due to it's property BAI > n. Best's Absolute Infinity, aka BAI or Θ, is a number by BestNoobReborn that satisfies the equation BAI > n regardless of the value of n. This causes contradiction, being bigger than itself, so it can also be called the n>n number. Not to be confused with a game namedTrue Infinity. The letter is known as the Big O in contrast to omicron, which is known as the little O. Omega indicates the end/the last. CAI's only defined as the set of every ordinal. The Absolute Infinite (symbol: Ω) is an extension of the idea of infinity proposed by mathematician Georg Cantor. The capital omega … And This site Infinity Dimension Physiology Gallery(Sub Versions of AIDE) At least during Pharaoh Akhenaten's rule, Aten (Egyptian Folklore) is the Monotheistic God in Atenism, and is also responsible … Omega Symbol in Greek Alphabet (Ohm Symbol) Omega (uppercase Ω, lowercase: ω) is the 24th and last letter of the Greek alphabet. In the Greek number system, it was taken as the symbol of 800. This number is a FORBIDDEN NUMBER above and beyond all forbidden numbers. If we allow contradictions like this to happen, it's not an imaginary number. ABSOLUTE INFINITY !!! We can prove it if we allow 0=1 to be true. This is the limit, unlike CAI. Even if you try to use a number with a formula to be bigger than BAI by an insane amount, BAI will still be even bigger due to it's property BAI > n. It works a bit like the AD Numberblocksverse, being bigger than verses with sizes supposed to generate sizes bigger than the NBV. Take your favorite fandoms with you and never miss a beat. This value is defined solely by the property BAI > n. This causes an ill-definition, as there isn't enough information to define BAI as something. It has to be ill-defined like this, or there'd be room for bigger things, and an absolute infinity is supposed to be above any transfinite amount, which CAI does not do properly. Class (set theory), Ordinals, ordinal analysis, and set theory, Double exponentiated polynomial omega level, Triple exponentiated polynomial omega level, Ackermann's Generalized Exponential Notation, Joyce's More Generalized Exponential Notation, $$\psi_0(\Omega^{\Omega^\omega})$$ (small Veblen ordinal), $$\psi_0(\Omega^{\Omega^\Omega})$$ (large Veblen ordinal), $$\psi_0(\varepsilon_{\Omega + 1}) = \psi_0(\Omega_2)$$ (Bachmann-Howard ordinal), $$\psi_0(\Omega_\omega)$$ with respect to Buchholz's ψ, $$\psi_0(\varepsilon_{\Omega_\omega + 1})$$ (Takeuti-Feferman-Buchholz ordinal), $$\psi_0(\Omega_{\Omega_{\cdot_{\cdot_{\cdot}}}})$$ (countable limit of Extended Buchholz's function), $$\omega_1^{\text{CK}}$$ (Church-Kleene ordinal), $$\omega_\alpha^\text{CK}$$ (admissible ordinal), $$\lambda,\zeta,\Sigma,\gamma$$ (ordinals on infinite time Turing machine), https://googology.wikia.org/wiki/Absolute_infinity?oldid=280565. We can prove it if we allow n n regardless of the value of n. This causes contradiction, being bigger than itself, so it can also be called the n>n number.