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October 19th, 2015, 02:02 PM  #1 
Newbie Joined: Oct 2015 From: India Posts: 1 Thanks: 0  The 9 theory and The Infinity Theory
I was looking for ways to submit my theory to world , I didn't find any , so I chose Mathforum. Apply the 9 theory in your mind for every number. I Am Just 15 Only 10 Numbers exist In this universe ie 0 to 9 , while other numbers are just a form of nine or if represented in a single digit , they just 9 for example : 13 has the sum of its digits equal 4 and if we subtract 4 from 13 we get 9 87 has the sum of its digits equals 15 , if we subtract 15 from 87 we get 72 which is a multiple of 9 or in a single digit, 7+2 = 9. It brings us the form: Original No  sum of its digits = multiple of nine (9n ) or in a single digit 9 , This is the 9 theory. Now if we look at the difference between the original number and the sum of its digits , its entropy is increasing , eg: 54 has sum of digits 9 which is very small as compared to 16 which has 7 , the percentage is decreasing , so if we consider infinity , then a infinity the sum of digits will become negligibly smaller as compared to the original number (by graph ) then if we subtracted and use the form we used in the 9 theory , the resulting number we get is infinity only , and if 9 theory is true then infinity in a single digit is 9 and it can be represented in the form 9n 
October 19th, 2015, 02:32 PM  #2 
Global Moderator Joined: Nov 2006 From: UTC 5 Posts: 16,046 Thanks: 937 Math Focus: Number theory, computational mathematics, combinatorics, FOM, symbolic logic, TCS, algorithms 
This is a form of casting out 9s, which in turn is a type of modular arithmetic.

October 19th, 2015, 02:36 PM  #3 
Senior Member Joined: Mar 2012 Posts: 572 Thanks: 26 
I'd be uncomfortable with any theory about which numbers 'really exist' that assumes that numbers in base10 are the only or most natural form of numbers.

October 19th, 2015, 02:38 PM  #4  
Global Moderator Joined: Nov 2006 From: UTC 5 Posts: 16,046 Thanks: 937 Math Focus: Number theory, computational mathematics, combinatorics, FOM, symbolic logic, TCS, algorithms  Quote:
Exercise: what happens if you do the same thing but replace base 10 with some other base?  
October 19th, 2015, 06:36 PM  #5 
Senior Member Joined: Dec 2007 Posts: 687 Thanks: 47  You mean taking the $(n1)$th numeral in base $B_n$? As I understood the trick is to use the representation of a natural number in some base $B$ like $N=a_nB^n+a_{n1}B^{n1}+\cdots+a_1B+a_0$ but writing it as $N=a_n([B1]+1)^n+a_{n1}([B1]+1)^{n1}+\cdots+a_1([B1]+1)+a_0$ so that $a_n+\cdots+a_0\equiv N\pmod{B1}$.

October 22nd, 2015, 12:05 PM  #6 
Senior Member Joined: Mar 2012 Posts: 572 Thanks: 26  

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