t***k 发帖数: 144 | |
t***k 发帖数: 144 | 2 广义哥猜之(1+1)
任何形如2L+q(L
问题:
陈氏加权筛法是否可证明广义哥猜之(1+2)?
如:任何形如2+30k的大偶数x,都可表示为形如1+30k的二个整数之和。其中,一个是
素数,另一个不超过二个素数的乘积。
即:其表法数G(x)≥1/3*0.67C*x/(ln x)^2*∏(p-1)/(p-2) (2<p,p | x,C为拉马
努今常数)
如果可以证明,又是一个陈氏定理。
如果不能证明,则加权筛法有其局限性。 |
t***k 发帖数: 144 | |
h**********c 发帖数: 4120 | 4 I think you are trying to categorize numbers. some numbers have some
particular attributes.
later you use a constant inluding ln, which relies on e a so-called constant.
My question for you, is that when numbers are very large, how can you prove
pi or e etc are not noises that will shake your number theories.
【在 t***k 的大作中提到】 : 看懂的几人?
|
Q***5 发帖数: 994 | 5 楼主也没有证明,他的文章的意义在于,如他所说,
如果可以证明,又是一个陈氏定理。
如果不能证明,则加权筛法有其局限性。
无论结果如何,都是伟大发现。
constant.
prove
【在 h**********c 的大作中提到】 : I think you are trying to categorize numbers. some numbers have some : particular attributes. : later you use a constant inluding ln, which relies on e a so-called constant. : My question for you, is that when numbers are very large, how can you prove : pi or e etc are not noises that will shake your number theories.
|
Q***5 发帖数: 994 | 6 楼主也没有证明,他的文章的意义在于,如他所说,
如果可以证明,又是一个陈氏定理。
如果不能证明,则加权筛法有其局限性。
无论结果如何,都是伟大发现。
constant.
prove
【在 h**********c 的大作中提到】 : I think you are trying to categorize numbers. some numbers have some : particular attributes. : later you use a constant inluding ln, which relies on e a so-called constant. : My question for you, is that when numbers are very large, how can you prove : pi or e etc are not noises that will shake your number theories.
|
t***k 发帖数: 144 | 7 数论的parity
parity:
均势,宇称性,奇偶性... |
Q***5 发帖数: 994 | |
t***k 发帖数: 144 | 9 素数对称性的发现,布朗筛法可能回到原点。也许这就是价值所在。 |
t***k 发帖数: 144 | 10 国庆65年系列图解:十大科技成果
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"天河“最快
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"嫦娥"奔月 |