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thing is, they don't mention the temperature.
they just say "near" absolute zero, how near?
photons show variable states at variable temperatures, a certain quantum state of photon even shows stability at near 100K
Stack Truth. Stack Sats. Stacker News.
I have 2 other few good ideas as well:
- Stack. Zap. Repeat. (made this while going to bed)
- Proof of Thought, Paid in Sats.
Can I ask what you had to do to get the rewards points?
you get rewards points for daily spins, gambling etc, wheel of fortune, RP multipliers, etc
it took me 5 years :)
Aren't really sats no?
no they aren't and you can buy them too
Or, you still have the option to withdraw if you wanted to?
yes i can withdraw your earnings but not RPs
But freebitco does not sell ifones desn't it?
apparently it does :)
Have you had to exchange the sats for local currency to buy? Have you bought the device online or in a local store? new or second hand?
nah just had to put my address and fill out a form
We got our winner again! @didiplaywell put in good effort ;p (#1024805 to #1024866)
Answer: A is a superconductor and B is a black body.
stay tuned for next week stackers!
superinsulators do not allow heat to flow through them along with electricity, it will be dimmer than A when heated to 1000 degrees which is contrary to the question, B appears to be a perfect emitter of heat (this is one hell of a hint)
I mean like if an animal can fly, has feather and lays eggs - it is a bird is enough for me, you don't need to specify whether it is a sparrow or a blue jay
i gave another hint here #1024379 they are not real bodies but are concepts
\phi_twould be\frac{s}{kg \cdot m}If we accept these units for the chronal potential, it means:\vec{C} = -\nabla\phi_t\Delta t = \vec{C} \cdot |(\vec{T} \times \vec{p})|\Delta t = \int_{a}^{b} \vec{C}\, \vec{dl}