Sabuwar duniyar hana kayan fitarwa

Sabuwar duniyarNa'urar fitarwa

Masu bincike a Fasaha - Cibiyar Ba da kyautaEptical Laserdangane da tsarin atomic guda ɗaya. An ba da wannan gano ta hanyar haɗin gwiwa mai dogaro tsakanin atomicy guda ɗaya da kuma kwance a kwari mai laushi, wanda ke tallafawa tsararren hoto ta hanyar ci gaba.
Sakamakon, da aka buga a cikin dabi'un kayan da alama a cikin binciken sa a takaice, yana ba da hanyar binciken chehentogena da na gargajiya daTsarin Quantum, kuma yana buɗe sababbin hanyoyin bincike na asali da aikace-aikacen lantarki da Photonan lantarki. Tushen na gani mai kyau yana haɗuwa da yanayin hoto tare da canjin lantarki, wanda ke ba da hanyar musayar bayanai ta zamani tsakanin wayoyin na'urori da photocons da kuma wuraren haɓaka na'urorin zaɓin.

Sindarpin na kwari na kwari da aka gina ta hanyar ɓoye hotunan Photoonic Photonic SPING tare da invesion Asymmetry (Yankin Core) da kuma juyawa yankin) da kuma juyawa.
Don gina waɗannan hanyoyin, wanda ake bukata shine a kawar da singarwar sigogin tsakanin fursunoni biyu da ke gabatowa a cikin photon ko lantarki. Ana samun wannan yawanci ta hanyar amfani da filin magnetic a ƙarƙashin sakamako mai ƙarfi ko kuma yawan amfani da Zeeman, kodayake waɗannan hanyoyin yawanci suna buƙatar filin magnetic kuma ba za su iya samar da Microsse ba. Wani tsarin da aka yiwa tsari ya dogara ne akan tsarin kyamara na geometic wanda ke amfani da filin sihiri don samar da wasu wuraren bincike a cikin sararin samaniya.
Abin takaici, lura na baya na juya jihohi sun dogara da matsanancin yanayin samarwa, wanda ke gabatar da matsaloli marasa ƙarfi da tarin abubuwa masu lalacewa a kan lempological. Wannan hanyar tana kama da yanayin kayan da aka sarrafa shi na kayan kwalliyar Lasery Laser-kayan, waɗanda ba za a iya amfani da su cikin sauƙi batushe, musamman ma cikin rashin filayen magnetic a zazzabi a ɗakin.
Don cimma nasarar jihohi masu tsagewa-qing, masu binciken sun gina letonic sigari, gami da ambaton rashin daidaituwa da kuma ambaton rashin daidaituwa tare da hanyar lalata ƙwayoyin cuta. A zahiri asymse asymmetric Lattice amfani da masu binciken suna da kayan kamfanoni biyu masu mahimmanci.
Mai sarrafawa Mai sarrafawa mai dogaro-dogara na Vector Mai iko wanda aka haifar da bambancin sararin samaniya na kamfanin geometric zamani game da bambancin halayen da ke haifar da su. Wannan vector ya fashe da fashewar fashewar lalacewa zuwa cikin rassan biyu na juzu'i a cikin sararin samaniya, da aka sani da sakamako na Rushberg.
Biyu daga cikin High Q Symmetric (Quasi) jihohin da aka ɗaure a cikin ci gaba, wato ± K (BRilloin Band etings a gefen jujjuyawar tsintsiya na daidai amplitudes.
Farfesa Koren ya lura: "Munyi amfani da kayan WS2 a matsayin abin da ya samu a matsayin wannan kayan aikin ƙarfe na kai tsaye kuma yana da matukar muhimmanci a matsayin madadin mai ɗaukar hoto a cikin kwari. Musamman, su ± K 'Valley Volley (wanda ke haskaka a cikin tsarin Tsarin Tsarin Digiri na Omindarshe) Za a iya zabar hasken zangon zobe, saboda haka ne ke sarrafa kifayen kyautatushen tushe.
A cikin microcy hadarin passe microcavity, the ± K 'Volites na Vict k' spicle Valky ne da daidaituwar yanayin zazzabi yana gane ta hanyar yawan haske. A lokaci guda, daLaserDirebanci yana tafe da farkon lokaci-kwaryar Kerley ne don nemo mafi karancin asarar tsarin kuma ka sake tabbatar da daidaitaccen lokaci dangane da ±.
Tsarin kwastomomi da aka kora da wannan tsarin binciken Laser yana kawar da buƙatar ƙarancin zafin jiki na watsuwa. Bugu da kari, mafi karancin asarar jihar Rashba Monolaider Lasery za a iya canza shi ta hanyar polarization, wanda ke ba da hanyar sarrafa laserenge da lassial. "
Farfesa Hisman yayi bayani: "The bayyanaphotonicSpinwari Parlley Rashba yana ba da tsarin gaba ɗaya don gina shimfidar wuri-juzu'i na gani. An gabatar da layerencencencency na kwarin gwiwa guda-layer hadari na microcym na kusa da kai kusa da batun shiga tsakani ta hanyar agaji ta hanyar ci gaba.
Na dogon lokaci, ƙungiyarmu tana haɓaka kayan gani na almara don ingantaccen kayan aiki don sarrafa halayen raƙuman lantarki. A shekara ta 2018, Venrayed da kayan masarufi mai girma, mun fara aiki na dogon lokaci don bincika ikon sarrafawa na atomic-sikelin magneti. Muna amfani da samfurin rashin daidaituwa na Berry na gida don magance matsalar samun matakan haɗin kai na geometric daga bogon Boyley.
Koyaya, saboda karancin kayan aiki tare tsakanin yawon shakatawa, muhimmin haɗin gwiwa na haɓaka haɓakar ƙwayoyin kwari da yawa-Layer haske wanda aka samu ya kasance ba a warware shi ba. Wannan matsalar tana sa mu yi tunani game da tsarin Rashuba na ashaba. Bayan m hanyar sabbin hanyoyin jiki, mun aiwatar da nasarar Rashuba Single-Layer Laser Layer da aka bayyana a cikin wannan takarda. "
Wannan nasarar yana ba da hanya don nazarin ciyayin haɗin gwiwar abubuwa da yawa a cikin gargajiya da kuma filayen Quantrim, kuma suna buɗe sabuwar na'urorin bincike da kuma amfani da kayan aikin Spintonic da kuma amfani da kayan fitarwa na Spintonic.