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Year 6483.
The ship Pihalf is en route back home from an expedition on the far moon of Neptune.
Thorbjorn von Kautschuk and Haakan Heethenore are about to ensconsce themselves to consume nourishment...
Shall we consume MAOAM?
Yes.
Deuce, we can't eat MAOAM with the linear hull still on!
It tastes like X-ray diffraction.
Yes, it really does, Haakan. It could use some de Moivre bijectivity.
The meromorphic alarm!
The Fourier-Laplace must be broken, Thorbjorn!
***, we have to enter the Euclidean space!
The gravity is not irrotational enough!
We have to reach the Fourier-Laplace!
The Fourier-Laplace is beyond salvation!
We should be able to enclose it with a Gaußian surface in order to protect us against the piezoelectric flux!
It is a provisional solution, but we have to win time!
***! We have to get back to the control room.
It is in our best interests to make a focal length determination with simplified error analysis.
Look at the ferromagnetic output!
Wait.
Shouldn't it have a lattice structure? 0:04:45.500,0:04:48.500 Yes, but don't you see that it's an abelian ring?
Consider the eigenvalues on the fifth unit diagonal.
Damn, it is. But is it commutative?
Yes.
We must be stuck in a cyclical permutation.
If we end up in a non-singular point, the metal in the ship will undergo a ninth-degree quadratic polynomial series.
But that would implicate a Riemann dependence of the empty set!
But we haven't encountered that since 2013 in the second derivative incident! 0:05:22.500,0.05:26.800 No! We are stuck in a standing wave!
Year 6483.
The ship Pihalf is en route back home from an expedition on the far moon of Neptune.
The Fourier-Laplace is broken, but protected by a Gaußian surface.
Thorbjorn von Kautschuk and Haakan Heethenore are stuck in a standing wave and suspect that they are not alone...
Look at the ferromagnetic output!
It seems that the Moon has resolved the standing wave according to the Rayleigh criterion.
That must mean that it has aligned with the nebula epilepsoid.
Of course! Don't you remember the abelian ring?
Wait.
Shouldn't it have a lattice structure?
Yes, but don't you see that it's an abelian ring?
The monotone high-frequency light has degenerated the nitrogen in the room!
We have to enter the Bergman space and restore the thermodynamic entropy!
Who are you?
I am Death 2000.
Have you come for us?
I have always been here, in the Bergman space.
You play Future Chess, don't you?
[inhalation sound] No doubt about it.
Yes.
If we win, we get access to the entropy effusion regulator.
If you win, we will offer a Sturm-Liouville problem.
You get aquamarine and we get green-brown.¨
Very appropriate. Don't you think so?
Checkmate.
Well played. Peace.
Shall we consume MAOAM?