Tiknoolajiyadda indhaha ee Quantum microwave

Quantummicrowave-ka indhahateknoolojiyad
Tiknoolajiyada indhaha ee Microwave-kawaxay noqotay goob awood badan, iyadoo isku daraysa faa'iidooyinka tignoolajiyada indhaha iyo microwave-ka ee habaynta calaamadaha, isgaarsiinta, dareenka iyo dhinacyo kale. Si kastaba ha ahaatee, nidaamyada microwave-ka ee caadiga ah waxay la kulmaan xaddidaadyo muhiim ah, gaar ahaan marka la eego baaxadda iyo xasaasiyadda. Si looga gudbo caqabadahan, cilmi-baarayaashu waxay bilaabayaan inay sahamiyaan microwave-ka quantum - goob cusub oo xiiso leh oo isku daraysa fikradaha tignoolajiyada quantum iyo microwave-ka.

Tiknoolajiyada indhaha ee quantum microwave-ka
Xudunta tignoolajiyada indhaha ee quantum microwave-ka waa in la beddelo tignoolajiyada indhaha ee dhaqameed.sawir-qaadegudahaIsku-xirka Footoonka ee Microwave-kaoo leh sawir-qaade sawir-qaade oo keliya oo xasaasiyad sare leh. Tani waxay u oggolaanaysaa nidaamku inuu ku shaqeeyo heerarka awoodda indhaha ee aadka u hooseeya, xitaa heerka hal-foton, iyadoo sidoo kale laga yaabo inay kordhiso xawaaraha.
Nidaamyada caadiga ah ee microwave-ka ee loo yaqaan 'kuantum microwave photon' waxaa ka mid ah: 1. Ilo hal-foton ah (tusaale ahaan, laysarka la dhimay 2.Qaabeeyaha Elektro-optic-gasi loogu codeeyo calaamadaha microwave/RF 3. Qaybta farsamaynta calaamadaha indhaha 4. Qalabka sawir-qaadista hal-foton (tusaale ahaan qalabka nanowire-ka ee Superconducting) 5. Qalabka elektaroonigga ah ee Tirinta hal-foton (TCSPC) ee ku xiran waqtiga
Jaantuska 1aad wuxuu muujinayaa isbarbardhigga u dhexeeya isku xirka footoonka microwave-ka dhaqameed iyo isku xirka footoonka microwave-ka quantum:

Farqiga ugu muhiimsan waa isticmaalka qalabka ogaanshaha hal-foton iyo modules-ka TCSPC halkii laga isticmaali lahaa photodiodes-ka xawaaraha sare leh. Tani waxay suurtogal ka dhigaysaa in la ogaado calaamadaha aadka u daciifka ah, iyadoo la rajeynayo in bandwidth-ka laga saaro xadka sawir-qaadayaasha dhaqameed.

Nidaamka ogaanshaha hal sawir oo keliya
Nidaamka ogaanshaha hal-fotonka ayaa aad muhiim ugu ah nidaamyada sawir-qaadista microwave-ka ee quantum. Mabda'a shaqadu waa sidan soo socota: 1. Calaamadda kicinta xilliyeedka ee la jaanqaadaysa calaamadda la cabbiray waxaa loo diraa module-ka TCSPC. 2. Qalabka ogaanshaha hal-fotonka ah wuxuu soo saaraa taxane garaacisyo ah oo matalaya sawir-qaadayaasha la ogaaday. 3. Module-ka TCSPC wuxuu cabbiraa farqiga waqtiga u dhexeeya calaamadda kicinta iyo sawir-qaadista kasta oo la ogaaday. 4. Ka dib dhowr wareeg oo kicinta ah, histogram-ka wakhtiga ogaanshaha ayaa la aasaasay. 5. Histogram-ku wuxuu dib u dhisi karaa qaabka hirarka ee calaamadda asalka ah. Xisaab ahaan, waxaa la tusi karaa in suurtogalnimada lagu ogaan karo sawir-qaadista wakhti go'an ay la mid tahay awoodda indhaha ee wakhtigaas. Sidaa darteed, histogram-ka wakhtiga ogaanshaha ayaa si sax ah u matali kara qaabka hirarka ee calaamadda la cabbiray.

Faa'iidooyinka ugu muhiimsan ee tignoolajiyada indhaha ee quantum microwave-ka
Marka la barbardhigo nidaamyada indhaha ee microwave-ka ee dhaqameed, microwave photonics-ka quantum wuxuu leeyahay dhowr faa'iido oo muhiim ah: 1. Xasaasiyadda aadka u sarreysa: Waxay ogaataa calaamadaha aadka u daciifka ah ilaa heerka photon-ka keliya. 2. Kordhinta bandwidth-ka: kuma koobna bandwidth-ka photodetector-ka, oo kaliya ay saameyso gariirka waqtiga ee qalabka photon-ka keliya. 3. Ka-hortagga faragelinta oo la xoojiyay: Dib-u-dhiska TCSPC wuxuu shaandheyn karaa calaamadaha aan ku xirnayn kicinta. 4. Buuqa hoose: Ka fogow buuqa ka dhasha ogaanshaha photoelectric-ga dhaqameed iyo ballaarinta.