Fifteen Million, Two Ways, Two Hundred Fifty Million Kelvin discussed on Scientific Sense

Scientific Sense


That we tend to operate are superconducting detector. Arrays the ones that we use on the balloon we operate those and around two hundred to three hundred million kelvin. And that and that's a lot cheaper and it requires. You can have one of these in your home. You can actually now plug into the wall and get down to two hundred fifty million kelvin in your home but if fifteen million kelvin is probably a little bit too much power too big for you to have in their in their home so so there's two ways that it could be better. It's early dates for this technology. We just we just admitted. This paper was published in applied superconductivity. But but who knows. Maybe this is the right way to go yet. it's exciting. I don't know much about this. So these q. Beds in operation at this on an entangled state the issue is that you can't really keep them in A stable states is that right. Yes so what you wanna do to to do your calculations you wanna you wanna keep your your your cubans as for as long as possible in a in a state that is is is not Say collapsed or or inter interfered with by the environment and usually the environment means Any kind of Thermal disturbance so You can you. Can you can think of a quantum system as as being this like a pure kind of System that could be entangled and you could. Have you know multiple states existing simultaneously. I guess like in. Show dinger's cat. You know your cat being alive at time. Although that's i think a bit of a stretch but that at some point the the rest of the environment the rest of the universe surrounding it destroys that Coherence is called. So what you want is you. Don't want to have coherence. And so the higher the frequency that you're cuban operates less sensitive. It is to deco from the environment. Which is why atomic cubits so there are certain types of cubans that work with with optical light and these can work at room temperature because Because the the thermal radiation you know from the room is is is much lower energy say than the the energy of the the cuban but superconducting cubits obviously have to work cold enough that your material superconducting but But they don't have to work at the frequencies in the energies that that they're using You know right now and so This is a design and a proposal to To make you bits that work at at these higher frequencies yeah. Yeah it's exciting so in conclusion. Fill it it. Seems like you have a foundational technology. superconducting kinetic intact And using it instrumentation possible uses in quantum computing subpoenaed forward fifa news. You see other applications for this platform.

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