Here is a link to my Academia page: http://www.southernct.academia/NathanCoppedge
Intention and Architecture, by Carolyn Fahey
8 years ago
Showing posts with label mathematical philosophy. Show all posts
Showing posts with label mathematical philosophy. Show all posts
Saturday, March 4, 2017
New Milestone!
Stephen Yablo, known as 'Yablo diablo' for publishing many papers all at the same time, has recently viewed one of my documents on Academia. I thought I'd share that. He's in the Top 2% on Academia:
GOOOD GUIDE ME VSVSVI should stretch, and avoid adventure. Known as Philosopher, Artist, Inventor, Poet. I live in New Haven near Yale University though I have never been an official student. Known mainly as a writer at Quora.com and as an Amazon author.
Wednesday, January 15, 2014
I feel I may have found a faster solution to Pi
Updated with corrections. As re-posted from M-Phi (Mathematical Philosophy Blog, run by mathematical philosophers):
It turns out if I take (((10e) (pi - 1) *X) / 2) this produces some differences in sequence near the decimal point, but if I then * (e / pi) the result is an interesting number:
25.18523247...
As it turns out, the first two digits are 5 * 5, which I call an irrational factorization of 1 * 10. The second two digits are equal to 2 * 9, the fifth and sixth digits are a straight irrational factorization, the seventh and eight digits are 4 * 7, skipping one level of irrational factorization. The ninth and tenth digits are 4 and 7, as if the series represents a factorization in process, in other words, a simplified version of the earlier irrational factorization process. My expectation is that the numbers that follow are always a simplified form of the same process that has occurred for these earlier numbers. Maybe that is simplistic, but finding this kind of set with factors of pi is unusual.
Earlier I was more excited, because I had mistakenly thought that 32 was 3 * 8. However, the explanation that 32 skips one level of factorization may be rationalizable through some other way.
It would be interesting to get feedback on whether I have found a way to generally exploit the decimal system or predict decimals of pi, since at no point did I divide e out of the system, and I suspect pi is still present as a factor of some kind.
---Nathan Larkin Coppedge, January 15th, 2014.
It turns out if I take (((10e) (pi - 1) *X) / 2) this produces some differences in sequence near the decimal point, but if I then * (e / pi) the result is an interesting number:
25.18523247...
As it turns out, the first two digits are 5 * 5, which I call an irrational factorization of 1 * 10. The second two digits are equal to 2 * 9, the fifth and sixth digits are a straight irrational factorization, the seventh and eight digits are 4 * 7, skipping one level of irrational factorization. The ninth and tenth digits are 4 and 7, as if the series represents a factorization in process, in other words, a simplified version of the earlier irrational factorization process. My expectation is that the numbers that follow are always a simplified form of the same process that has occurred for these earlier numbers. Maybe that is simplistic, but finding this kind of set with factors of pi is unusual.
Earlier I was more excited, because I had mistakenly thought that 32 was 3 * 8. However, the explanation that 32 skips one level of factorization may be rationalizable through some other way.
It would be interesting to get feedback on whether I have found a way to generally exploit the decimal system or predict decimals of pi, since at no point did I divide e out of the system, and I suspect pi is still present as a factor of some kind.
---Nathan Larkin Coppedge, January 15th, 2014.
GOOOD GUIDE ME VSVSVI should stretch, and avoid adventure. Known as Philosopher, Artist, Inventor, Poet. I live in New Haven near Yale University though I have never been an official student. Known mainly as a writer at Quora.com and as an Amazon author.
Saturday, August 10, 2013
I commented at M-Phi (Mathematical Philosophy Blog)
http://m-phi.blogspot.com/2013/08/jacquettes-argument-for-inconsistency.html
http://m-phi.blogspot.com/2013/08/isomorphism-groupoid-in-gr.html
http://m-phi.blogspot.com/2013/08/isomorphism-groupoid-in-gr.html
GOOOD GUIDE ME VSVSVI should stretch, and avoid adventure. Known as Philosopher, Artist, Inventor, Poet. I live in New Haven near Yale University though I have never been an official student. Known mainly as a writer at Quora.com and as an Amazon author.
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