Can I just say, and I'm just being honest...

[The Valkyrie]

Being omnipotent and everywhere all at once, he probably is inside himself...

That's the sort of thought that only comes about as a direct result of taking some really good LSD

Since I've never taken LSD are you saying my brain is permanently high?

Or just completely fucked?

[Joods]

That's the sort of thought that only comes about as a direct result of taking some really good LSD

Since I've never taken LSD are you saying my brain is permanently high?

Or just completely fucked?

Possibly a little bit of both?

[The Valkyrie]

Since I've never taken LSD are you saying my brain is permanently high?

Or just completely fucked?

Possibly a little bit of both?

Nope.

I am always completely focussed and

Hey, look.

Colours!

[Joods]

You spelled colors wrong.

[The Valkyrie]

You spelled colors wrong.

You're a strange foreign devil, so I'll forgive your misconceptions.

[Joods]

You spelled colors wrong.

You're a strange foreign devil, so I'll forgive your misconceptions.

Just wait until you get here. Muhahahaha.

[The Valkyrie]

You're a strange foreign devil, so I'll forgive your misconceptions.

Just wait until you get here. Muhahahaha.

I'll have you speaking proper English like what I does.

I'll even have you saying "crikey" a lot.

And listening to Kevin Bloody Wilson.

[Joods]

Hahaha.... All I'm waitin on is a time from you

[Little lunch]

Just wait until you get here. Muhahahaha.

I'll have you speaking proper English like what I does.

I'll even have you saying "crikey" a lot.

And listening to Kevin Bloody Wilson.

Struth, no one says crikey these days.
That true blue language isn't dinky di anymore, fair dinkum.

[Kernel Sohcahtoa]

CIJS,

I've completed my self-study of real analysis.  The subjects that I covered during this fascinating intellectual odyssey were the properties of real numbers, basic topology of the real numbers, sequences, series, functional limits, continuity, differentiation, and Riemann integration.  The final topic that I studied and was actually able to appreciate and understand via relevant definitions, propositions, theorems, mathematical ideas, etc., was the fundamental theorem of calculus (FTC).   I can't believe that the theoretical beauty of this wonderful idea had eluded me when I first studied calculus: my computational mindset inhibited my ability to appreciate the harmony of mathematical concepts and ideas that make the FTC work.  

That said, I must say that learning real analysis has given me a much greater appreciation for the originality, creativity, perseverance, and wonder that is involved in successfully constructing convincing proofs that establish the truth of mathematical statements; I'm truly in awe of those individuals who are gifted at proof-based mathematics.