Izindaba

Emkhakheni wesayensi yempilo, ucwaningo lwezokwelapha, kanye nokuhlaziywa kwezinto zokwakha, ukuphishekela imfundo ephezulu.Isixazululo, ubuchwepheshe bezithombe ze-3D obunomonakalo ophansi sekuyisikhathi eside buwumgomo oyinhloko wososayensi. Ngenkathi ama-microscopes endabuko e-confocal eletha izithombe ezicacile, anqunyelwekancane Iskena isivinini, i-phototoxicity eqinile, inkimbinkimbi yesistimu, nezindleko eziphezulu-okubenza bangenele ikakhulukazi ukubhekwa kwamaseli aphilayo isikhathi eside.

【Hannover, Germany, Septhemba 22, 2025】 - Ngosuku lokuvula I-EMO Hannover 2025, omunye wemicimbi enethonya elikhulu emhlabeni wonke embonini yamathuluzi emishini yomhlaba wonke, I-Micromachidonse ukunakwa okubanzi kochwepheshe bezimboni zomhlaba wonke kanye nozakwethu ngokuphambili kwayo ngokushesha okukhulu I-Laser ubuchwepheshe be-micromachining.

I-Spatial Light Modulator (SLM) iyidivayisi yokubona elawula ngamandla ukusatshalaliswa kokukhanya kwangaphambili ngamaza ngamasignali kagesi noma okubona. Ngokushintsha umumo wama-molecule ekristalu ewuketshezi ngendawo kagesi yangaphandle, ingakwazi ukulungisa i-amplitude, isigaba, noma i-polarization yokukhanya, inike amandla ukulawula okuhlelekayo kwesikhathi sangempela senkambu yokubona. Ama-SLM asekelwe ku-crystal ewuketshezi, anezinzuzo ezifana nokwakhiwa okulula, izindleko eziphansi, ukusetshenziswa kwamandla okuphansi, nokulawula kalula, abonise ukusebenza okuphawulekayo emikhakheni efana nokuxhumana okubonakalayo, i-optical computing, kanye nokucubungula ulwazi lwe-quantum. Eminyakeni yamuva nje, ukuhlanganiswa kobuhlakani bokwenziwa (AI) nobuchwepheshe be-optical kuye kwavusa uguquko. Njengedivayisi eyinhloko yokushintshashintsha kwendawo yokubona, ama-SLM, anikwe amandla ukufunda okujulile namanethiwekhi emizwa, abonisa amandla okusebenza angakaze abonwe.

Ingqungquthela ye-12 ye-Gas Turbines Focus Focus and Exhibition 2025 ibibanjelwe e-Shanghai World Expo Exhibition & Convention Centre kusukela ngoJulayi 16 kuya ku-18. Igxile ezindaweni ezibalulekile zezinjini ze-aero-aero-turbines ezifana nemiklamo emisha kanye nokuthuthukiswa kohlaza, ibonise ubuchwepheshe obusezingeni eliphezulu njengengxenye yobuchwepheshe kanye nezisombululo ezisebenza ngaphakathi kwembonini, ukuthungatha izisombululo nezisombululo. amanethiwekhi.

I-AI Yesayensi iye yaqashelwa kabanzi emibuthanweni yezemfundo njengepharadigm yocwaningo lwesayensi olusafufusa, olunempumelelo emangalisayo ekhonjiswe emikhakheni eminingi. Njengengxenye ebalulekile yefiziksi, ukuhlanganiswa kwe-optics nobuhlakani bokwenziwa kuphakathi kwezinkomba ezibheke phambili nezishintshayo zemikhakha eyahlukene endaweni yamanje yezobuchwepheshe. Ngenxa yalokho, "i-AI ye-Optics" kanye "ne-Optics ye-AI" sekuphenduke izihloko ezishisayo ocwaningweni. I-AI idlala indima ebaluleke kakhulu ekubhekaneni nezinkinga eziyinkimbinkimbi ku-optical optics yendabuko, ithuthukise imishini yokubona esebenza kahle kakhulu, futhi ithuthukise izinhlelo zokusebenza ezibonakalayo. Ngesikhathi esifanayo, i-Optics isebenza njengenkundla entsha yobuhlakani bokwenziwa, ekwazi ukunqoba izithiyo ekuthuthukisweni kwe-AI, isheshisa ukwenziwa kwama-algorithms okufunda ajulile, futhi ivule amathuba amasha ekhompyutha esebenza kahle kakhulu.

Isingathwe ngokuhlanganyela yi-Chinese Society for Optical Engineering (CSOE), i-International Society for Optics and Photonics (SPIE), nezinye izikhungo, "2025 6th World Photonics Conference" yayibanjelwe e-Beijing National Convention Centre kusukela ngoJuni 24 kuya ku-27, 2025. Iqondiswa yizimo, iqhutshwa izidingo, futhi isekelwa izinsizakalo zobuchwepheshe, yakha inkundla enkulu yokubambisana kwenyuvesi-yebhizinisi kanye nokuhlanganiswa kwezimboni kanye nemfundo ngemisebenzi eyahlukene enetimu, okuhlanganisa ukuhwebelana kwezemfundo, izinkundla zezimboni, imibukiso, ukudinga ukubambisana kokubambisana, ukuhlolwa kwemiklomelo, nezinsizakalo zethalente, ukuze kuthuthukiswe ukuthuthukiswa komkhiqizo wekhwalithi entsha ngokusebenzisa isayensi nokusungula. I-CAS Microstar yenze ukubukeka okuhle ngenani lemikhiqizo efana namamojula okukhanya kwendawo, amamojula wokuhlanganisa asebenza kahle kakhulu, nezinhlelo ze-holographic zemibala, ukuxoxa ngekusasa elisha lobuchwepheshe be-photon nozakwabo embonini!

I-Xi'an CAS Microstar ibambe iqhaza eNgqungqutheleni Yokukhanya ka-2025 eyayise-Changchun kusukela mhla ziyisi-9 kuJuni kuya kumhla ziyi-13, 2025, kanye ne-Changchun International Optoelectronics Expo ka-2025 ngasikhathi sinye. Sibonise imikhiqizo ehlukahlukene njengamamojula okukhanya kwendawo, amamojula okuhlanganisa asebenza kahle kakhulu, kanye nezinhlelo ze-holographic color.

Umhlangano Wesi-7 Wamazwe Ngamazwe Wobuchwepheshe Bezithombe Zekhompyutha Nezicelo wenzeke e-Shanghai, e-China, kusukela ngomhlaka-23-25 ​​Meyi, 2025. Njengenye yezingqungquthela zezemfundo zase-China ezinkulu ekucabangeni ngekhompyutha, lo mcimbi uzohlanganisa abacwaningi abaphambili, izifundiswa, amathimba amanyuvesi aphezulu, kanye nezingqalabutho zemboni ukuze kuxoxwe ngentuthuko yakamuva kanye nezicelo zemcabango zomhlaba wangempela ze-computational.

Kusukela ngoMashi 11 kuya ku-13, 2025, iMunich Shanghai Optoelectronics Fair ebilindelwe ngabomvu ibibanjelwe eShanghai New International Expo Center. Kulo nyaka futhi kuwumkhosi weminyaka engama-20 weMunich Shanghai Optoelectronics Fair. Njengomcimbi omangalisayo emkhakheni we-optoelectronics womhlaba, awudonsi nje ochwepheshe nezifundiswa emkhakheni wocwaningo lwesayensi nezimboni ezivela kuwo wonke umhlaba, kodwa futhi uqoqa amabhizinisi aphakeme embonini ye-laser, optics kanye ne-optoelectronics.

I-Spatial light modulator iwuhlobo lwengxenye eguquguqukayo engalinganisa i-amplitude, isigaba kanye nesimo se-polarization sokukhanya kwesigameko ngesikhathi sangempela ngaphansi kokulawulwa kwesignali yangaphandle. Ukusetshenziswa kwe-modulator yokukhanya kwendawo emkhakheni wokusabalalisa izithombe akukwazi ukusetshenziselwa kuphela ukukhiqiza inkambu yokukhanya okungelona iqiniso esikhundleni sengilazi yaphansi yendabuko, kodwa futhi ingasetshenziswa njengento eqondiwe yokusabalalisa ucwaningo lwezithombe. Ukusetshenziswa kwemoduli yokukhanya kwendawo kungakwazi ukubona isinyathelo kanye nokuhamba kahle ekulawuleni inkambu yokukhanya ehlakazekile.