Ci gaba kwanan nan na yau da kullun a cikin layin Laser na Laser da sabon bincike na Laser

Kwashe na kwanan nan a cikin layin Laser na Laser na Laser da SabonBincike Laser
Kwanan nan, rukunin bincike na Farfesa Zhang Huhai da Farfesa Yu Haohai na Jami'ar Shandong na Jami'ar Crystruch da kuma suka gabatar da gargajiya na Laser-whonon Wakilin Wakilin Wakili. Babban aiki Laser Proputputput ne aka samu ta hanyar rushewa ta hanyar iyakar matakin Lantarki, da lambar Phonon tana da alaƙa da ka'idar Laserhron tsararru) An buga binciken a cikin hanyoyin sadarwa (doi: 10.1038 / s41467-023-433959-9) a ƙarƙashin sunan "Photon-Phonon da ake yiwa amarya Laser". Yu Fu da Fei Liang, dalibin PhD na Class 2020, Jami'ar Yu Haohai da Huaijin, da Yannong, Jami'ar Yankan Zhang, da Huaijin, da Yankang, marubutan Nanjo, da kuma Yankang, marubuta na Nanjing, suna da marubutan juna.
Tunda Einstein ya gabatar da ka'idar hasken da ke motsa haske a karni na ƙarshe, an kafa hanyoyin Laser sosai, kuma a cikin 1960, Maiman ya kirkiro da farkon wasan Laser-jihar Laser. A lokacin Laserneration, shakatawa mai mahimmanci shine muhimmiyar damuwa ta jiki tare, wanda da gaske ya shafi aikin Laser da kuma ƙarfin Laser. Tasirin annashuwa da tasirin zafin jiki koyaushe ana ɗaukar su azaman mahimman sigogi na zahiri a cikin tsarin aiwatar da ruwa, wanda dole ne a rage ta hanyar fasahar canja wuri da yawa. Sabili da haka, tarihin ci gaban Laser yana ɗaukar tarihin gwagwarmaya da zafin rana.

Bayanin Tsararren Bayanin Photo-Phonon

Teungiyar bincike ta dade da bincike a cikin Laser da kuma binciken kayan ganima, kuma a cikin 'yan shekarun nan, an fahimci tsarin shakatawa mai zurfi daga hangen nesa na kimiyyar lissafi. Dangane da ainihin ra'ayin cewa zafi (zazzabi) an saka shi a cikin Microcostic Phonons Endrony, wanda zai iya fahimtar Quickron Elderron-Phonon don samar da sabon tashoshin zartarwa na lantarki, kuma don samar da sabon tashoshin bayanan lantarkiLaser. Dangane da wannan tunani, wani sabon ƙa'idar yin aiki na Leseron-Phonon an gabatar da samarwa, da kuma gabatarwar lantarki a karkashin ɗaukar ND: Yvo4, wani abu na asali laser, a matsayin abu na wakili. A lokaci guda, an gina Laseryarfafa Phonon-Phonon-Phonon, wanda ke amfani da fasahar gargajiya na laser. Laser tare da raunin da aka samu na 1168nm da 1176Nm an tsara su. A kan wannan tushe, bisa ainihin ka'idar Lasernen Tsaro da Wildon-Phonon, an gano cewa samfurin Lasernen Kimanin Magane ne a cikin tsarin mulkin.

Gwajin gwaji na gwaji na Ph Thonon hadin kaiYin famfo Laser

Wannan aikin yana samar da sabon hangen nesa don yin bincike-baki akan tsarin layin Laser na Laser,kimiyyar lissafi, da babban makamashi Laser, yana nuna sabon yanayin ƙira don fasahar Laser Chansraphansence, kuma na iya kawo sabon ra'ayoyin bincike don ci gabanQuanintum Dabce, magungunan Laser, Nunin Laser da sauran filayen aikace-aikacen da suka shafi.