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# 对偶素数公式

Dual prime formula

中国 重庆 退休教师 佘赤求 著  dianhumakesi@163.com

摘要 素数研究，除开素数普遍公式外，最著名的猜想是哥德巴赫猜想。

1·1 研究背景：找到对偶素数公式,就奠定了公式法证明哥德巴赫猜想的基础。

1·2 概念界定 所谓“对偶素数”，即n、y为自然数,（n+y）,（n-y）都是素数的名称。是作者采取“公式法”证明哥德巴赫猜想时发现的一种素数类型的命名。因为（n+y）+（n-y）=2n，所以只要找到对偶素数公式，能够证明每个不小于6的2n都必然可以表成一式（n+y）+（n-y）,则哥德巴赫猜想“1+1”成立。

1·3 研究目的：证明对偶素数。

1·4研究方法 “分解剖客观，聚合复原客观”，运用、推广素数判定定理即可证明恒表对偶素数公式。

1·5主要成果 证明了对偶素数公式

1·6 成果真假：作者自以为是，因为“解析客观复原客观”的研究方法决定了，结果是客观实际的录像、透视、扫描，也就是客观真相客观真理客观事实。
1 · 7  成果价值  奠定了“公式法”证明哥德巴赫猜想的基础；揭示了部分未知的特殊素数排列、构成的形式、规律，发展了数学基础理论。

Abstract In addition to the universal formula of prime numbers, the most famous conjecture is the Goldbach conjecture.

1•1 Research Background: Finding the formula for the dual prime number lays the foundation for the formula to prove Goldbach's conjecture.

1•2 Concept Definition The so-called “dual prime number” means that n and y are natural numbers, and (n+y) and (n-y) are the names of prime numbers. It is the name of a prime type found by the author when he used the "formula method" to prove the Goldbach conjecture. Since (n+y)+(ny)=2n, as long as the formula of the dual prime number is found, it can be proved that each 2n not less than 6 can be expressed as a formula (n+y)+(ny), then the Goldbach conjecture "1+1" was established.

1•3 Purpose of the study: Prove the dual prime numbers.

1•4 Research methods “Sub-anatomy objective, aggregate restoration objective”, the use of and popularization of the prime judgment theorem can prove the constant table dual prime formula.

1•5 main results proved the dual prime formula

1•6 The true and false results: The author is self-righteous, because the research method of “analytical objective restoration and objectiveness” is determined. The result is objective and practical video, perspective, and scanning, that is, objective truth, objective truth and objective facts.

1 • 7 The value of the results laid the foundation for the “formula method” to prove Goldbach's conjecture; revealed some unknown special prime numbers, forms and laws, and developed the basic theory of mathematics.

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