ext_153159 (
savagestime.livejournal.com) wrote in
realityshifted2008-12-17 07:28 pm
A's got a girl for each season [B's got a mail-order bride]
[the Master and the Doctor appear together at the Astral Bar, bickering. No one should be surprised] Well, she's not that bad to put up with, is she? A bit mouthy, but you've picked up worse. The one of her here asked ever-so-nicely for me to take this one on, you know, so I don't mind. And anyway, if you happen to be acting particularly maddening, I can always use her as a hostage to put you back in line. It's a winning situation, I think.
You're not using her as a hostage. Frankly, I think she'd have a say in that first.
And I'd end up killing her because she's a very mouthy hostage, yes. It happens, I'm afraid. [the Master starts mixing a White Ballistic for himself, because he wants one]
[The Doctor wants one, too, but he's just eyeing the Master's] You haven't been slapped by her. You'd have to get through that first.
I'll draw her death out into something slow and painful, then. I keep telling you, Doctor, don't let any of your precious pets near me if you can't make them behave.
[the Doctor sighs and runs his hand through his hair] Her room is far, far away from yours, so you'll have to go out of your way to see her. Shouldn't be a problem.
Unless it becomes one, of course. You realise that there's only one good television lounge, and that I'm not sharing it with anyone. Except Lucy, of course.
You and Donna watch the same shows, don't you? Those sort of...popular things on in the daytime.
[for a long moment, he stares] I don't watch soap operas.
Oh. What about those talk ones?
No.
Well then, might need another television.
[the Master drinks his White Ballistic with a grin] My dear Doctor, the burden is entirely on you.
[ooc; join post, red is Master, blue is Doctor, expect double-tagging, and so on]
You're not using her as a hostage. Frankly, I think she'd have a say in that first.
And I'd end up killing her because she's a very mouthy hostage, yes. It happens, I'm afraid. [the Master starts mixing a White Ballistic for himself, because he wants one]
[The Doctor wants one, too, but he's just eyeing the Master's] You haven't been slapped by her. You'd have to get through that first.
I'll draw her death out into something slow and painful, then. I keep telling you, Doctor, don't let any of your precious pets near me if you can't make them behave.
[the Doctor sighs and runs his hand through his hair] Her room is far, far away from yours, so you'll have to go out of your way to see her. Shouldn't be a problem.
Unless it becomes one, of course. You realise that there's only one good television lounge, and that I'm not sharing it with anyone. Except Lucy, of course.
You and Donna watch the same shows, don't you? Those sort of...popular things on in the daytime.
[for a long moment, he stares] I don't watch soap operas.
Oh. What about those talk ones?
No.
Well then, might need another television.
[the Master drinks his White Ballistic with a grin] My dear Doctor, the burden is entirely on you.
[ooc; join post, red is Master, blue is Doctor, expect double-tagging, and so on]

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All right, Master. [He shifts to face him, voice even.] Thermodynamics and particle fluctuation through external environmental interactions, specifically for black holes. A theory on thermo balance, if you will. Assuming that the lower dimension of the black hole contains the singularity and is therefore within a spacetime curvature approaching infinity - itself within a vortex connection between universes though not yet connecting, you're left with a zero space where information goes through quantum fluctuations until which point that there is no longer phase transition. Matter and energy cease to exist and are bound into spatial matrices.
But instead the entropy could be based upon anti-black holes where the temporal loop rests on the event horizon rather than as the entire surface of the black hole, not including tidal forces in this model. With the wave function reducing the particles each time into increasingly less probable spins the entropy would eventually reverse as lightspeed is surpassed and infinity negated to create a bubbling effect in the fabric of spacetime, which results in the very dimensional pocket the information was originally stored in. Retrocausality, yes, but unknown to the observer and so safely within the effects of interference through superposition.
[Brightly.] And thus, the thermodynamic limit is actually an illusion caused by the interacting particles on varying wavelengths. The real entropy is in a completely separate universe.
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I love it when you talk dirty to me.
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Considering he wasn't holding on to anything, this is enough to make Arthur fall off his bar stool and land, rather painfully, on his side]
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[Mind you, he thinks it might have been the Master's comment but it seems best to gloss that over.]
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Yes, yes of course. I'm sorry.
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If you're sure. Do be careful on those things. Though at least that has legs, I suppose. The antigravity ones of the 30th century are much worse.
[He's rambling.] Right then! Was there something specific you wanted to learn about? We do both have our areas of strengths and weaknesses.
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What do you know about Saha's ionization equation?
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I imagine I could tell you a lot more about it if you didn't give me the Earth name for the thing. Doctor?
[because of course the Doctor would know what the humans call it]
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[Clears his throat.] Erm, right, well, it's only good for high temperatures, because the equation itself can't really measure microstates of the particles. It just factors those into the degree of error, which is all right more or less, for stars, anyway. What it does measure is the expelling of electrons that form the plasma state. And from there it's based on temperature, density and ionization, which is quite easy to determine once you know the distance of the electric field. Hence the name of the formula, since it follows the ionization for the most part. It measures the large electric fields that exist in the plasma, simply. It's not exact, definitely not, but not a bad idea, actually, since what are stars if not plasma? [a pause.] Well. Depends on the star.
[The Doctor feels the Master probably thinks this is a very quaint measuring system. The Doctor himself is going, "aww, it's cute, the way humans do these things."]
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He released a paper earlier this year, but the University has yet to acquire a copy in English. Thank you.
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You're quite welcome. Oh but try not to mention the issue with luminosity. That will be resolved eventually. You can try to figure it out privately, of course. Your timeline's already been drastically changed by this place, so I don't see the harm in it.
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