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鹅毛诗人、红学家、作家唐国明哥德巴赫猜想1+1创新的最全证明公式

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唐国明  初级会员   发表于:2017-07-07 13:17   只看该作者
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鹅毛诗人、红学家、作家唐国明哥德巴赫猜想1+1创新的最全证明公式

唐国明用“个位数”法对哥德巴赫猜想1+1创新的最全证明数学公式

一、鹅毛诗人、红学家、作家唐国明哥德巴赫猜想1+1创新的最全证明公式:

二、鹅毛诗人、红学家、作家唐国明哥德巴赫猜想1+1创新的最全证明公式原理:

一个无论多大的偶数,它的个位数都逃不过0、2、4、6、8;一个无论多大素数,它的个位数除2与5这两个素数之外,它的个位数都逃不过1、3、7、9;(注,这句话也可以表述为:一个无论多大的素数,它的个位数只能是1、2、3、5、7、9——对于特殊素数2与5,因为偶数4只能仅能用素数2加2的和表示,素数5与任何一个素数相加,所得之和总是个位数是0、2、4、6、8的偶数。)不管偶数多么无穷大,都可以满足的表示为两素数之和。因为一个无论多大的偶数表示为两素数之和时,只须看两素数的个位数相加,就能无条件地满足偶数的个位数0、2、4、6、8的特征。所以大于2或说不小于4的偶数可以表示为两素数之和绝对成立。简洁的说就是,由于素数2与5成为10以上的个位数时只能是合数,4只能仅能是偶素数2加2的和;因此无论一个多大的素数,它的个位数总是1、2、3、5、7、9;无论多么大偶数,它的个位数总是0、2、4、6、8,所以大于2的偶数总可以是两素数之和。

软件翻译:

Geese poet, red scientist, writer Tang Guoming Goddebach conjecture 1 + 1 innovation of the most complete proof formula:

The "1 + 1" general formula is:

(Even number> 2; said prime number of digits in front of the number of prime number of its number of digits can only take the range of 1,2,3,5,7,9 cycle to take; n> 0)

Geese poet, red scientist, writer Tang Guoming Goddebach conjecture 1 + 1 innovation of the most complete proof formula principle:

A number of even no matter how many of its single digits are fled 0,2,4,6,8; a no matter how many prime, its single digits in addition to 2 and 5 of the two prime, its single digits (Note, this sentence can also be expressed as: no matter how much prime, its single digits can only be 1,2,3,5,7,9 - for the Special prime numbers 2 and 5, since even-numbered 4 can only be expressed by the sum of prime numbers 2 plus 2, and the prime number 5 is summed with any prime number, and the sum is always a single digit of 0, 2, 4, .) Regardless of the infinity of even infinity, it can be expressed as the sum of the two prime numbers. Because an even number is expressed as the sum of two primes, it is only necessary to add the number of digits of the two prime numbers to satisfy the even-numbered bits 0, 2, 4, 6, 8 unconditionally. So even greater than 2 or not less than 4 even can be expressed as the sum of the two prime number is absolutely established. Concise that is, because the prime number 2 and 5 into more than 10 single digits can only be a co-number, 4 can only be even the number of 2 plus 2 sum; so no matter how much prime, its single digits Always 1, 2, 3, 5, 7, 9, no matter how big even, its single digits are always 0,2,4,6,8, so even more than 2 even can be the sum of two prime numbers.

三、鹅毛诗人、红学家、作家唐国明哥德巴赫猜想1+1创新的最全证明公式原理来源论文:

唐国明用“个位数”法对哥德巴赫猜想11创新的最全证明

——每个不小于6的偶数都可以是两个奇素数之和

(或任何一个大于2的偶数,都可以是两个素数之和)

软件翻译题名:

Tang Guoming uses the "single digit" method to prove the most complete proof of Goldbach's conjecture 1 + 1 innovation(唐国明用“个位数”法对哥德巴赫猜想11创新的最全证明

- each even less than 6 even can be the sum of two odd prime numbers(——每个不小于6的偶数都可以是两个奇素数之和)

(Or any one greater than 2 even, can be the sum of two prime numbers)((或任何一个大于2的偶数,都可以是两个素数之和))

Address: No. 28, Xiangyangpo, Hunan Normal University, Yuelu District, Changsha, Hunan Province,China

Telephone (micro signal): 13467607858

QQ number: 63300905

E-mail: 63300905@qq.com

Author: Tang Guoming

Tang Guoming, male, Han nationality, now living in Changsha, Hunan Province Writers Association, since the published works, has been in the "poetry" "Zhongshan" "Beijing literature" "Star" poetry and other domestic and foreign publications published hundreds of works Words. Published in 2016 in the United States and the Peruvian "International Daily" published in the Chinese version of the series, to read the way to read the archaeological excavation buried in the high after the 40 back in the Cao Xueqin pen, archaeological science to repair the resurrection in line with Cao Xueqin rhyme and Cao Xueqin Creation of the original "red school" works "Dream of Red Mansions after eight back Cao Wen archaeological restoration: 81 to 100 back". Zhejiang TV, Liaoning TV, Liaoning TV, Hubei TV and other television stations, "New Weekly" "China Daily", "Chinese Culture News", "Guangzhou Daily", "Xiaoxiang Morning News" "Sanxiang Metropolis Daily "" Changsha Evening News "" Xi'an Evening News "and other newspapers reported.

作者:唐国明

唐国明,男,汉族,现居长沙,湖南省作家协会会员,自发表作品以来,已在《诗刊》《钟山》《北京文学》《星星》诗刊及其他国内外刊物发表作品数百万字。2016年出版先后在美国与秘鲁《国际日报》中文版发表连载,以反复阅读的方式考古发掘出埋藏在程高本后40回中的曹雪芹文笔,以考古的科学方式修补复活出符合曹雪芹语韵与曹雪芹创作原意的“红学”作品《红楼梦八十回后曹文考古复原:第81至100回》。其追梦事迹已被湖南卫视、浙江卫视、北京卫视、贵州卫视、辽宁卫视、湖北卫视等电视台,《新周刊》《中国日报》《中国文化报》《广州日报》《潇湘晨报》《三湘都市报》《长沙晚报》《西安晚报》等无数报刊报道。

摘要:数学界习惯以“每个大于或等于6的偶数都可以是两个奇素数之和”的话来表示“1+1”的命题;由于素数2与5成为10以上的个位数时只能是合数,4只能仅能是偶素数2加2的和,因此哥德巴赫猜想“1+1”的原始命题是“任何一个大于2的偶数,都可以是两个素数之和”。

Abstract: Mathematical circles are accustomed to the "1 + 1" proposition with the words "each of the even numbers greater than or equal to 6 can be the sum of two odd prime numbers." Since prime numbers 2 and 5 become more than 10 single digits, The sum of four, can only be even the number of 2 plus 2 and, so Goldbach conjecture "1 +1" the original proposition is "any one greater than 2 even, can be two prime sum."

The "1 + 1" general formula is:

(Even number> 2; said prime number of digits in front of the number of prime number of its number of digits can only take the range of 1,2,3,5,7,9 cycle to take; n> 0)

关键词:个位数

……

“1+n”与“s + z”成立的论证过程

“1+1”成立的公式证明过程

由以上所有论证过程得定理:一个无论多大的偶数,它的个位数都逃不过0、2、4、6、8;一个无论多大素数,它的个位数除2与5这两个素数之外,它的个位数都逃不过1、3、7、9;(注,这句话也可以表述为:一个无论多大的素数,它的个位数只能是1、2、3、5、7、9——对于特殊素数2与5,因为偶数4只能仅能用素数2加2的和表示,素数5与任何一个素数相加,所得之和总是个位数是0、2、4、6、8的偶数。)不管偶数多么无穷大,都可以满足的表示为两素数之和。因为一个无论多大的偶数表示为两素数之和时,只须看两素数的个位数相加,就能无条件地满足偶数的个位数0、2、4、6、8的特征。所以大于2或说不小于4的偶数可以表示为两素数之和绝对成立。简洁的说就是,由于素数2与5成为10以上的个位数时只能是合数,4只能仅能是偶素数2加2的和;因此无论一个多大的素数,它的个位数总是1、2、3、5、7、9;无论多么大偶数,它的个位数总是0、2、4、6、8,所以大于2的偶数总可以是两素数之和。

参考文献:

[1] 陈景润 《初级数论Ⅰ》哈尔滨工业大学出版社 2012-05-01

[2]《世界三大数学猜想》《哥德巴赫猜想(世界近代三大数学难题之一)》《素数》《奇数》《偶数》《素因数》《因数》百度百科 2017

2017年3月30日—2017年6月9日写于岳麓山下

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