Post what you're thinking right now.

[Blasted]

Stevie Nicks is awesome.

[Adam]

I'm getting a bit of a headache i think.

also I need to cut my hair

and FUCK i still haven't done my work. got till friday

[TheoK]

In Soviet Russia - work does you!

[Blasted]

Synth pop FTW!

[Silk]

Shit shit shit, holy fucking shit that looks painful.

[ProfessorFarnsworth]

I never thought in my life that Algebra would be such a useful skill to have right now. I still suck at math.

So far I've isolated an intriguing equation that corresponds lepton energy-mass values to exponential values (I split it up a bit to make it easier to read):

VAL = 2 ^ (N - 1)
FAC = pi x (( #0.95780330061225)^(N - 1))

#Note, that constant's value is almost 3/pi

Result = (VAL - (VAL / FAC))

MeV = Result x 0.74960586897666348


N = 1 = Electron's Rest Mass = 0.5109989101414 MeV/c2
N = 9 = Muon's Rest Mass = 105.6583699997 MeV/c2

Problem though is that:

N = 13 = 1430.826441 MeV/c2
N = 13.5 = 1972.96895076513 MeV/c2

But I found the real potential values and got these:

N = 13.3367047 = Tauon's Rest Mass MIN = 1776.670083 MeV/c2
N = 13.336854 = Tauon's Rest Mass AVG = 1776.840430 MeV/c2
N = 13.3370026 = Tauon's Rest Mass MAX = 1777.009995 MeV/c2

But here's where it get's interesting as...

1 / 9 = 0.111111111111111111111

9 / 13.3367047 = 0.67482936770730178947427695538614
9 / 13.336854 = 0.67482181330019808269626405147721
9 / 13.3370026 = 0.674814294480230512963984876182

But then I run into a couple of problems with it:

One, the exponent must be known and negative numbers are required to test decimal values, so if you want 256 for example, you must know 2^(9-1=8) = 256; if you want 0.5 for example, you must know 2^(0-1=-1) = 0.5

Two, there's no solid relationship I can find. But this is a work in progress, I'm basically testing all sorts of different equations in trial and error to see if I can find the one that works perfectly.

[Trigger 11]

I should go to bed!

[ProfessorFarnsworth]

Bah, my constants were off a tiny bit on the mass ratios and masses.

Still, I guess this grants flexibility, now knowing the CODATA Values with uncertainties.

[Blasted]

I need sleep 

[matthe]

1776 is a good number

you should stick with that

[Phlexor]

Stomach and intestinal pain, where did you come from and why are you here? Fuck off already.

[ProfessorFarnsworth]

This formula holds the key to what I'm looking for:

http://en.wikipedia.org/wiki/Koide_formula

But the question is, how do I interpret this and find a solution?

[Phlexor]

Stomach and intestinal pain, where did you come from and why are you here? Fuck off already.

Yeah, maybe I shouldn't have eaten dinner. It just made it worse. 

[ProfessorFarnsworth]

Interesting... This equation seems to get very close to what I want, but eh... still not perfect:

sqrt(  (  sqrt(  Ratio x 2/3  ) x 1/3  )  )

Muon/Electron Ratio equation result = 1.9782789863262013747747533700291
Tau/Electron Ratio equation result = 4.0062008439458039805288579189533

If I can find out what causes this discrepancy, or a better way to formulate it, then... wow, I actually did it, I found a distinct pattern of 2^N in Lepton Masses. Also N would represent generation minus one. EDIT: Correction, it would only work for 2nd and 3rd generations for now.

Sorry if I'm boring anyone to death with this, but eh, I figure I post my progress, just in case something ever happens to me or my data. Maybe someone else will find this intriguing.

[odeon]

Stomach and intestinal pain, where did you come from and why are you here? Fuck off already.

Yeah, maybe I shouldn't have eaten dinner. It just made it worse. 

Depends on why your stomach hurts.