Wandering through the annals.

[wirelinejunkie]

Franz Kafka leaves a lot to be desired...

Why is it that they never publish honest science fiction in literary workbooks?

If, when two scalar waves of same character interact at a complementary angle the release of energy is on average three standard orders of deviation higher than the energy contained in the waves themselves, where does that

Comments

[nightcity]

What is the limit as x approaches zero of (f(x+h)-f(x))/h when h approaches zero as well, having the value of delta-x? In other words, what is the difference between .9... and 1? IS there any difference?

You sure you deviated from arts to sciences? XD I thought the difference was essentially theoretical... if those 9s, theoretically, go on "forever", the difference is infinitely small- but still exists, because (by definition) it never reaches zero. So the problem lies in the fact that we can't measure infinity. Or something.

So I dunno how you'd go about "refining the approximation of the integral into exact answers". What's "exact"? (Sorry, I compensate for never having done Spec. Maths by taking a poststructuralist approach to mathematics. :P)

Antiphotons are much like antirice, I suspect. Or antimarriage?

[wirelinejunkie]

The difference IS essentially theoretical, and the same difference as in the integrals problem. There is always an infinitely small margin of error in the math.

Yes, yes they are.