User:Wythagoras/Michelin star salad

This is gonna be a delicious salad, for those who doesn't like the taste of croutonillion (especially King and me).

Guidelines

 * You can use the same operator only twice in five consuctive rules.
 * Never copy any part of the notation.
 * You may only add twenty rules, it resets when someone else edits.
 * Explain any notation that may be unclear.
 * Don't delete existing content, exepted for content violating this guidelines.
 * Avoid any ambiguous or context-dependent definitions, such as values that vary over time or anything having to do with the iota function.
 * Avoid MathJax where possible.

Definition
Let M be the result of the step before it is called. Start with M=1000.
 * MM
 * \(f_M(g_M(H_M(M)))\)
 * Rayo(R(M,M)), where R is the Ramsey function.
 * \(M\$\Sigma_{M-5}(M)\)bracewah
 * \(\Xi(M) \cdot \text{Fish number 4}\)
 * M+N where N is the smallest number N such that \(\SCG(N) > M\)
 * M*O where O is the number of Michelin stars granted in the previous M years.
 * MP+O where P is the largest of the following:
 * The number of universes where 42 is the Answer to Ultimate Question of Life, the Universe, and Everything
 * Rayo(Fish number 7)
 * n(M) (n is the block sequence theorem)
 * \(M\$[N]_{O,P,M}\)
 * The smallest prime larger than M.
 * MQ floor(logO(P)) where Q is the largest of the following:
 * The smallest number Q such that Rayo(Q+M) is part of a twin prime.
 * The largest non-apocalyptic number
 * M+R, where R is the second triangular pentagonal heptagonal number, if it exists, and Q otherwise.
 * U(S(H(M))) where U, S and H are Bird's functions and S is the original one.