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Walking on Plane and Matrix Square

机译:走在飞机上和矩阵广场

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We know Pascal’s triangle and planer graphs. They are mutually connected with each other. For any positive integer n, Φ ( n ) is an even number. But it is not true for all even number, we could find some numbers which would not be the value of any Φ ( n ). The Sum of two odd numbers is one even number. Gold Bach stated “Every even integer greater than 2 can be written as the sum of two primes”. Other than two, all prime numbers are odd numbers. So we can write, every even integer greater than 2 as the sum of two primes. German mathematician Simon Jacob (d. 1564) noted that consecutive Fibonacci numbers converge to the golden ratio. We could find the series which is generated by one and inverse the golden ratio. Also we can note consecutive golden ratio numbers converge to the golden ratio. Lothar Collatz stated integers converge to one. It is also known as 3k + 1 problem. Tao redefined Collatz conjecture as 3k − 1 problem. We could not prove it directly but one parallel proof will prove this conjecture.
机译:我们知道Pascal的三角形和平面图。它们彼此相互连接。对于任何正整数n,φ(n)是偶数。但对于所有偶数来说,这不是真的,我们可以找到一些不是任何φ(n)的值。两个奇数的总和是一个偶数。 Gold Bach表示“每一个大于2的整数即可写入两个素数的总和”。除了两个之外,所有素数都是奇数。所以我们可以编写,每一个甚至整数大于2作为两个素数的总和。德国Mathematician Simon Jacob(D.1564)注意到连续的斐波纳契数会聚到黄金比例。我们可以找到由一个并逆金比产生的系列。此外,我们还可以注意到连续的金色比率会聚到黄金比率。 Lothar Collat​​z表示整数会聚到一个。它也被称为3k + 1问题。 Tao重新定义Collat​​z猜想为3K− 1个问题。我们无法直接证明它,但一个并行证明将证明这一猜想。

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