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r00ty Admin ,
r00ty avatar

Temperature sensors purchased from wish.com for $1.99.

Aggravationstation ,

Like bustin’. I have it on good authority that can make you feel good too

hOrni ,

Can I have some?

Kolanaki ,
@Kolanaki@yiffit.net avatar

Someone from that drug planet should have told this to Beverly.

Also: Ketrecel White is a fun time so long as you’re not Jem’Hadar.

Tischkante ,

That planet was clearly a particle not a wave.

AceBonobo ,

How else are you going to exceed warp 10?

roguetrick ,

Hey man, don't be bringing all your negative kinetic energy over here.

mosiacmango ,

We had like, so much potential energy in motion before you got here with your negativity, man.

AffineConnection ,

Actually, negative absolute temperature is quite real in certain non-equilibrium systems, and does not imply negative energy.

cryptosporidium140 ,

Maybe if we go below 0 Kelvin we get to a universe where cold is heat and light becomes the absence of dark

subignition ,
@subignition@kbin.social avatar

Sounds like a place where you could easily get Snowdin

Ummdustry ,

Light is already the absence of dark. "it makes no difference weather you call the ‘stuff’ ‘hole’ and the ‘hole’ '‘stuff’ " - Einstein, I think?

cryptosporidium140 ,

I thought that was Lincoln

xkforce ,

deleted_by_author

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    TheYear2525 ,

    Found the apologist!

    match ,
    @match@pawb.social avatar

    negative temperatures bay bee

    mkwt ,

    Negative temperature means that the system loses entropy if you put more energy in. This means that negative temp is hotter than any positive temperature, in the sense that if you put two systems in thermal contact, heat will flow from negative to positive.

    In the continuum of temperatures, positive absolute zero is the coldest, going up to positive infinity Kelvins. Then minus infinity Kelvins is just slightly hotter than positive infinity. Then it keeps going up to negative absolute zero, the hottest temperature.

    These infinities keep cropping up because the reciprocal of temperature is actually the more fundamental physical quantity.

    GenderNeutralBro ,

    These infinities keep cropping up because the reciprocal of temperature is actually the more fundamental physical quantity.

    I’m interested in reading more about this. I’m looking at the Wikipedia page for “Thermodynamic beta” now. Is that what you’re talking about?

    orthen ,

    Yes that’s it. Fun fact: The entropy is basically the most fundamental thermodynamical quantity, but was discoverd long after temperature and energy. If that would not be the case, we might measure temperature in eV / kByte, since the unit of temperature is energy / entropy and the unit of entropy is information.

    https://feddit.de/pictrs/image/0fe7b5cd-5c7c-449c-80b7-9f251ad3538a.png

    In a sense, the existence of the Boltzmann constant is a historical accident, because temperature and energy have been discovered after entropy.

    mkwt ,

    Also look at “Negative Temperature”.

    orthen ,

    Negative temperature means that the system loses entropy if you put more energy in.

    Of course that’s basically the same as the “you travel backwards in time if you move faster than light” in the sense that these are things the math does, if you put in these totally unphysical values, while the same set of rules that give this predictions say you can’t reach these values.

    tias ,

    Not really, as negative temperature has been experimentally measured.

    orthen ,

    Ah, yes. You’re referring to these gases with an inverted energy distribution. I guess that’s a question of definition, since they don’t exist in the thermodynamic limit.

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