The halving series................................has a sum of 1.999999 or so................they say its limit is 2..................................Euler's product broken up like that.................another way to write it is..............2(3/2)(5/4)(7/6)(11/10)...........which is the same as below........Euler's product..............with the 1st 5 primes...........................2, 3, 5, 7, 11........what I call the prime fundamental..............the power of 5.....................................Gauss at the age of 14 noticed a pattern in the distribution of primes.............for powers of ten.................................5 is half of ten........1/2..........................like 1/2 + 14i.........the location of the 1st zero............




..............(1 + 1)(1 + 1/2)(1 + 1/4)(1 + 1/6)(1 + 1/10).........which look a lot like e without the exponents....................e has the formula........(1 + 1/n)^n................the number...........n is always the same........which is why they say it grows in proportion to itself.........b/c the exponent is the same as the number in the denominator..............of the fraction.......the term on the right.......................with an s of 1.......or - 1.............how u look