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INFINITE FINITELY GENERATED FIELDS ARE BIINTERPRETABLE WITHN

机译:无限有限生成的域与N是BI可解释的

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Pop conjectured that if K and L are two finitely generated fields having the same first-order theories in the language of rings, then they must be isomorphic [15].The best known result towards this conjecture is that if K = L, then there is an embedding K → L making L into a finite extension of K and vice versa [15].The key to the proof of this theorem is that the transcendence degree is encoded in the elementary theory of a finitely generated field. We make essential use of a refinement of this result due to Poonen that algebraic dependence is first-order definable within the class of finitely generated fields [14]
机译:Pop猜想,如果K和L是两个有限生成的场,它们在环的语言中具有相同的一阶理论,则它们必须是同构的[15]。对此猜想的最著名的结果是,如果K = L,则存在是将K→L嵌入到K的有限扩展中,反之亦然[15]。证明该定理的关键在于,超越度是在有限生成场的基本理论中编码的。由于泊恩(Poonen)在有限生成的场类别中,代数依赖性是一阶可定义的,因此我们对这个结果进行了细化[14]。

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