i sorted the l00t

c’mon, george, quit it

I’m going to have to go upstairs to practice this synth part because GEORGE WILL NOT LEAVE ME ALONE WHEN I PLAY IT. And he purrs like crazy. What are you hearing, cat?

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it is so beautiful

I WANT THIS LAIR. Of any extant building I’ve seen actually, you know, extant? I WANT THIS ONE.

Seriously, it’s 50% the Venture Compound as built 10 years later, it’s 50% Fortress of Solitude, it’s 50% the Star Trek original-series set they could never hope to afford to build – it is a spaceship that has landed on a ridge for some reason and never left. I am convinced it is still spaceworthy.

Here is some video from a tour. I want it so bad. Sadly, it’s in North Carolina. I don’t want it in North Carolina, I want it in Cascadia.

I wonder if I can steal it. Hell, I’ll fly it here. I just need to find the engine room.

Someone has stripped out the bridge control consoles.
That’s okay. I’ll put new ones back. WE CAN DO THIS.

Mirrored from Crime and the Blog of Evil. Come check out our music at:
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(no subject)

I love the search results when I do math in DuckDuckGo. Here's the top hit for my latest calculation:

http://arxiv.org/abs/1208.6474

Decay of the pseudoscalar glueball into scalar and pseudoscalar mesons

Walaa I. Eshraim, Stanislaus Janowski, Francesco Giacosa, Dirk H. Rischke
(Submitted on 31 Aug 2012 (v1), last revised 29 Apr 2013 (this version, v2))

We study a chiral Lagrangian which describes the two- and three-body decays of a pseudoscalar glueball into scalar and pseudoscalar mesons. The various branching ratios are a parameter-free prediction of our approach. We compute the decay channels for a pseudoscalar glueball with a mass of 2.6 GeV, as predicted by Lattice QCD in the quenched approximation, which is in the reach of the PANDA experiment at the upcoming FAIR facility. For completeness, we also repeat the calculation for a glueball mass of 2.37 GeV which corresponds to the mass of the resonance X(2370) measured in the BESIII experiment.