Shaandheeyayaasha Cryogenic RF Mikroweyfka Mikroweyfka Mikroweyfka Mitirka ee Heerka Sare leh ee Coaxial

1. Xisaabinta Quantum: Shaandhooyinka coaxial cryogenic ee loo isticmaalo processor-rada quantum-ka ee superconducting si loo shaandheeyo xakamaynta iyo calaamadaha akhriska, hubinta gudbinta calaamadaha nadiifka ah iyo yaraynta buuqa ka saari kara qubits-ka. Ku dhex jira qaboojiyeyaasha milmiliation si loo ilaaliyo daahirnimada calaamadaha heerkulka millikelvin.
2. Xiddigiska Raadiyaha: Waxaa loo adeegsadaa qalabka qaata teleskoobyada raadiyaha ee cryogenic si loo shaandheeyo buuqa soo noqnoqda iyo in la hagaajiyo xasaasiyadda indha-indheynta xiddigiska. Muhiim u ah ogaanshaha calaamadaha daciifka ah ee ka imanaya walxaha cirka fog.
3. Elektaroonikada Sare: Shaandheeyayaasha soo noqnoqda ee soo noqnoqda ee loo isticmaalo wareegyada sare ee socodsiinta iyo dareemayaasha si loo shaandheeyo faragelinta soo noqnoqoshada sare, iyadoo la hubinayo habaynta saxda ah ee calaamadaha iyo cabbiraadda.
4. Tijaabooyin Heerkul Hoose ah: Shaandhooyinka microwave-ka ee cryogenic-ga ah ayaa lagu dabaqaa goobaha cilmi-baarista cryogenic, sida daraasadaha superconductivity ama dhacdooyinka quantum-ka, si loo ilaaliyo cadaynta calaamadaha loona yareeyo buuqa.
5. Isgaarsiinta Hawada Sare iyo Dayax-gacmeedka: Waxaa loo isticmaalaa nidaamyada qaboojinta ee qalabka ku salaysan hawada sare si loo shaandheeyo calaamadaha loona hagaajiyo hufnaanta isgaarsiinta.
6. Sawirka Caafimaadka: Shaandheeyayaasha hoose ee hirarka milimitir-ka ee loo yaqaan 'cryogenic low pass filters' oo loo isticmaalo nidaamyada sawir-qaadista ee horumarsan sida MRI (Magnetic Resonance Imaging) kuwaas oo ka shaqeeya heerkulka cryogenic si kor loogu qaado tayada calaamadaha.