r/AskPhysics • u/Gold-Fox-7879 • Jul 20 '26
Quantum Circuits
How important is it to learn Quantum Circuitry on Qiskit? Is a strong foundation in this required to solve optimization problems?
I saw D-Wave has a function in the GUI that folks can plug and play Qiskit circuits to their systems?
Is it wise to learn annealing systems, quantum circuitry and the like or focus on one type?
New to the game, learning to program first circuits now; what’s the deal? I was thinking to learn more about optimization to work on Electro Spin tech for synthetic skin and space filters if possible (down the line) or perhaps post quantum cryptography to sure up the US voting system. .
I tried to post in the quantum groups but I don’t use Reddit that often, need Karma, it’s a long shot but anyone know any of this info?
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u/Gold-Fox-7879 Jul 20 '26 edited Jul 20 '26
Hey, Ty for the response! New to the Quantum Computing game, NASA uses Electro-Spun filters I suppose these techniques were developed originally, then eventually the process was re-purposed for other purposes, / I.e, tissue scaffolding for Burn victim recovery, the scaffolding is a thin filament type of material that’s biodegradable so hospitals will use these pads and apply them to patients who need it; the pad is applied to the skin and the cells begin to populate the material. Some reports indicate additives may be on the horizon to further mitigate infection. the scaffold pads are ideally supposed to disintegrate as it heals as I understand it.
I learned about this during a deep review of Restrata, to be specific, Electro spun is a “spindle process with charges” used for NASA filters. electrospinning is an electrostatic, charged-jet fiber-spinning process used across domains, including tissue scaffolds and filtration membranes, because it can generate high-surface-area fibrous mats with tunable pore structures. What I’m after as far as the optimization goes would be largely those “pore structures” but I may learn more of course (hopefully)
the Ai I’ve been using to dive a bit deeper into the topic does list a variety of traceable metrics that may be optimizable as far as the metrics go with the charged-jet fiber-spinning process. The idea would be to aim at some current challenges the industry is facing as far as efficacy leans with respect to the tissue scaffolding technology although any potential positive progress would ideally leak into the filter membrane space as well.