293 reputation
18
bio website
location Minnesota, USA
age 18
visits member for 3 years, 2 months
seen Nov 11 at 16:36

I'm a Junior in a high school in Minnesota. I'm a huge mac user, and I love exploring the hidden things in computers. The secrets and tricks that the pros know. The functions only available to those who are wise in the ways of Bash...

My greatest love is in learning. Constantly pushing myself to discover more. ] My closer love, however, is math. I'm a published mathematician by The Pentagon, a journal put forward by the Honor society Kappa Mu Epsilon.

I'm here to learn, and, maybe someday, teach. Until then, see you around, and thanks for the help you will undoubtedly give.


Oct
19
awarded  Popular Question
Sep
24
awarded  Autobiographer
Feb
2
comment Is there a standard classification for an Almost Integer in base 10?
I understand. I feel they should be ranked by classes, where a class N almost integer has N 9s or 0s after the decimal point. Therefor, as Lucian's comment suggests, $2\pi + e$ would be a class two almost integer, and it's square root would be class 3.
Feb
2
accepted Is there a standard classification for an Almost Integer in base 10?
Feb
2
asked Is there a standard classification for an Almost Integer in base 10?
Jan
16
comment Converting Fibonacci number $F_{5n+3}$ to Lucas numbers $L_{n+k}$
I've actually already done that, I'm just trying to follow up with an algebraic proof.
Jan
16
comment Converting Fibonacci number $F_{5n+3}$ to Lucas numbers $L_{n+k}$
F_n mod 10 has a period of 60, and L_n mod 10 has a period of 12, but how does that help me?
Jan
16
asked Converting Fibonacci number $F_{5n+3}$ to Lucas numbers $L_{n+k}$
Jan
14
comment Lucas Number Equivalent of the Pisano Period?
let us continue this discussion in chat
Jan
14
comment Lucas Number Equivalent of the Pisano Period?
Can you show me that Lucas-to-Fibonacci conversion that includes that division by 5 and proves that $\lambda(m)|\pi(m)$ bit?
Jan
14
comment Lucas Number Equivalent of the Pisano Period?
What do you mean $(m,5) = 1$?
Jan
14
comment Lucas Number Equivalent of the Pisano Period?
Haha, if that's true, then you'd be saving me more work, not derailing my current work. Unfortunately, it's not true. $\pi(10) = 60$ while $\lambda(10) = 12$.
Jan
14
asked Lucas Number Equivalent of the Pisano Period?
Dec
22
accepted Is there a proof for this Fibonacci relationship?
Dec
21
awarded  Commentator
Dec
21
comment Is there a proof for this Fibonacci relationship?
I'm having trouble understanding the first line of matrices. And the third line. And what M^n is.
Dec
16
awarded  Critic
Dec
15
comment Is there a proof for this Fibonacci relationship?
The pattern was obvious to begin with, I'm just not sure that that is a satisfactory proof in and of itself.
Dec
15
comment What is infinity times the reciprocal of infinity?
After taking calculus, it seems like the best answer to this question is "Take calculus." How foolish I was...
Dec
15
asked Is there a proof for this Fibonacci relationship?