
Amazing Marvel
超凡漫威
- Status
- Completed
- Length
- 85k Words
- Genre
- Western Fantasy
- Audience
- Male
- Subgenre
- Mystic Fantasy
- Updated
- 1y ago
- Source
- Qidian
Stats
0Monthly votes
322Recommends
0Fans
91Chapters
Synopsis
Reader comments
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This is a post I saw. This is what Aleph II can do. I want to ask, can the author really understand how terrifying the Aleph series powerhouse can be?
Or maybe this book is only 86,000 words long, with no high-intensity plot support at all. It is just a full paper, and it relies entirely on mathematics papers to directly extrapolate to Luntian. Can a novel like this be called a novel?
Let me declare in advance: Supernatural Marvel uses the box of "The First Creation", and the old standard of "The First Creation" is the highest in heaven, which means that Supernormal can also be bound to the old standard "The First Creation".
Let me make some more patches: Ω-Logic (Ω logic): Because V cannot directly prove the existence of absolute infinity itself, Ω logic needs to be used to prove it. Ω Logic itself is the proof of Cantor's absolute infinity. It can directly prove Cantor's absolute infinity more than the inaccessible base absolute infinity V. Although V has no upper limit, it cannot directly prove absolute infinity, and because Ω logic itself is absolutely infinite, it can be directly proved. Ω Logic surpasses the ZFC axiom and can prove absolute infinity more directly. Because Ω represents absolute infinity, Ω logic is absolute infinite logic, and absolute infinite logic can reach absolute infinity, which can further prove the existence of absolute infinity. Ω Can directly prove absolute infinity itself. The concept of infinity is directly proven on Ω, which also comes into contact with the concept of absolute infinity itself. This concept is not to be confused with ω-logic, in set theory, Ω-logic is an infinite logic and deductive system proposed by W. Hugh Woodin (1999) as a deterministic theory that generalizes point classes to cover the structure H_. Just as the axiom of projective certainty gave rise to the regular theory of {\displaystyle H_{\aleph_{1}}H_}, he tried to find axioms that would give a regular theory of larger structure. The theory he proposed involved the controversial argument that the continuum hypothesis was wrong. Woodin's Ω-conjecture asserts that if there exists a class of appropriate Woodin cardinals (for technical reasons, most results in the theory are easiest to state under this assumption), then Ω-logic satisfies something similar to the completeness theorem. It follows from this conjecture that if any axiom is comprehensive in Ω logic, then it must mean that the continuum is not. Woodin also isolated a specific axiom, a variant of Martin's maximum, which states that any Ω-consistent {\displaystyle\Pi_{2}}\Pi_{2} (in {\ddisplaystyleH_; this axiom implies that the continuum is {\displaystyle\ aleph{2}}\aleph}. Woodin also relates his Ω conjecture to a proposed abstract definition of large cardinality: he believes that the "large cardinality property" is the {\displaystyle\Sigma\{2}}\Sigma_{2} property of ordinal numbers{\ddisplaystyle P(\alpha)}P(\alpha), which means that α is a strongly inaccessible and invariant under the forcing of the set of cardinalities smaller than α. Then the Ω-conjecture means that if there is an arbitrarily large model containing a large cardinality, this fact is provable in Ω-logic. The theory involves the definition of Ω validity: if a statement holds in every model of T, then it is an Ω-valid result of the set theory T, which model is of the form {\displaystyle V_{\alpha| The "proof" here consists of the universal Baire set and is checked by verifying that for every countably transitive model of the theory and every forcing concept in the model, a general extension of the model (as computed in V) contains a "proof" that restricts its own realness. For the set of proofs a, the condition to be checked here is called "a-closure". The complexity measure can be determined by their rank in the Wadge hierarchy on the proof. Is given. Woodin proved that the concept of "provability" implies the validity of Ω for the sentence {\displaystyle\Pi_{2}}\Pi_{2}} on V. The Ω conjecture shows that the converse of this result is also true. In addition, the consistency strength of large cardinalities corresponds to the minimum proof rank required to "prove" that the cardinality exists.
It's a rare high-end version of Marvel. Since it's been patched, let's give it a thumbs up.
Ah, there is a complex universe, and the sky is in the sky. So when is the garden open now?
Could you please tell me, the author, that Amazing Marvel is now the best in the self-created circle, and some say it is the best. I don't understand a bit. Can the author please explain it?
Can I borrow the base number? Please
Author I would like to post a video to promote the extraordinary box, is that okay?
Currently, Amazing Marvel is the most popular one in the debate circle.