Kule mihla yophando lwe-sub-atomic kunye nokuveliswa kwe-semiconductor yesikali se-nanometer, utshaba oluthuleyo lwenkqubela phambili kukungazinzi kwendalo. Nokuba yintsimi ye-electromagnetic elahlekileyo ephazamisa imakroskopu ye-electron yokuskena okanye ukwanda kobushushu obuncinci obutshintsha indlela ye-laser, isiseko esibonakalayo sezixhobo zobuchwepheshe obuphezulu kufuneka sisebenze ngaphaya kwemida yobunjineli bendabuko. I-ZHHIMG Group iyaqhubeka nokubeka uphawu kweli candelo, ibonelela ngetafile yegranite engeyiyo imagnethi ebalulekileyo yezixhobo zelebhu esebenza njengesiseko sempumelelo yesayensi ebukhali yanamhlanje.
Utshintsho oluvela kwizakhiwo zesinyithi ukuya kwilitye lendalo kwiindawo zophando eziphezulu luqhutywa yimfuno esisiseko yokungathathi cala. Kwiilabhoratri ezininzi zefiziksi eziphambili, ubukho bezinto zentsimbi bunokubangela ukuphazamiseka kwemagnethi, butshintshe imilinganiselo ebuthathaka kwaye buchaphazele indlela yeemitha zesuntswana. Itafile yegranite engeyiyo imagnethi yezixhobo zelebhu inika indawo engasebenziyo engachaphazelekiyo yimimandla yemagnethi yangaphandle. Olu phawu lubaluleke kakhulu kwi-mass spectrometry, i-NMR spectroscopy, kunye ne-high-resolution imaging apho ukuphazamiseka okuncinci kunokukhokelela kwidatha ebuthathaka okanye iimvavanyo ezingaphumelelanga.
Njengenkulumbusoisiseko segraniteUmthengisi wemisebenzi ye-semiconductor fab, i-ZHHIMG iyaqonda ukuchaneka okuqatha okufunekayo ekucutshungulweni kwe-silicon wafer. Indawo engaphakathi kwi-lithography okanye isixhobo se-metrology yenye yezona ndawo zilawulwa kakhulu emhlabeni. Nangona kunjalo, njengoko ishishini lisiya kwi-2nm kunye ne-1nm process nodes, isiseko solwakhiwo lwale mishini kufuneka sibonise ukungcangcazela okufutshane nokungabikho kunye nokuqina okungaqhelekanga.iziseko zegranite ezichanekileyoukubonelela ngobunzima obufunekayo ukuze kuthomalaliswe ukungcangcazela okuphezulu okuvela kumgangatho wesakhiwo, ukuqinisekisa ukuba inqanaba le-wafer lihlala likwindawo efanelekileyo ngexesha lenkqubo yokuvezwa.
Uzinzo lobushushu lolunye undoqo kwifilosofi yethu yobunjineli. Kwi-semiconductor fab okanye kwi-optical laboratory, ukuguquguquka kobushushu yeyona nto iphambili ebangela ukushukuma kobukhulu. Iziseko zesinyithi ziyanda kwaye zinciphe ngenxa yotshintsho oluncinci lokusingqongileyo, okukhokelela kwiimpazamo zokulungelelanisa ezingamkelekanga kwihlabathi le-photonics. Isiseko se-granite esizinzileyo kakhulu sezicelo ze-optical bench sisebenzisa i-thermal inertia ephezulu yelitye lendalo ukugcina ingqibelelo yejometri ixesha elide. Oku kuvumela abaphandi ukuba benze iimvavanyo zexesha elide ngaphandle kwesidingo esiqhubekayo sokulungiswa kwakhona, okwandisa kakhulu ukugqithiswa kwelebhu kunye nokuchaneka.
Indima ye-ZHHIMG njengomthengisi wesiseko segranite othembekileyo kwizixhobo zokwenza izinto ze-semiconductor yakhelwe kwisiseko solawulo oluqinileyo lomgangatho kunye nesayensi yezinto eziphathekayo. Sifumana izinto zethu eziluhlaza kwiingcibi ezithile zomhlaba onzulu ezivelisa igranite enobunzima obuphezulu kunye nesakhiwo sekristale esifanayo. Oku kuqinisekisa ukuba yonke into esiyivelisayo—ukusuka kwibhloko yokujonga elula ukuya kwibhedi yomatshini weetoni ezininzi—ibonisa iipropati ze-isotropic, oko kuthetha ukuba isabela ngokuqikelelweyo kuxinzelelo kunye nemithwalo yobushushu kuzo zonke iindlela.
Kwicandelo lophando lwe-photonics kunye ne-quantum computing, ukuhlanganiswa kwezinto ezibonakalayo kufuna umphezulu ongagcini nje ngokuzinzileyo kodwa onokukwazi ukwenziwa ngomatshini ukuya kutsho kwiindlela ezigqithisileyo. Isiseko sethu se-granite esizinzileyo kakhulu seenkqubo ze-optical bench sixhonywa ngesandla ziingcali ukuze kufezekiswe amanqanaba okuthamba adla ngokugqitha imigangatho yamazwe ngamazwe yeBanga 00. Ngokufaka imingxunya egobileyo kunye nezinto ezifakwe ngentsimbi engagqwali ngexesha lenkqubo yokuvelisa, sinikezela ngeqonga eliguquguqukayo elivumela ukwenziwa ngokukhawuleza kunye nokufakelwa ngokukhuselekileyo koololiwe abantsonkothileyo be-optical kunye neenkqubo ze-laser.
Imfuno yezisombululo zamatye achanekileyo ikwakhula kwicandelo le-automation yegumbi lokucoca. I-ZHHIMG iqinisekisa ukuba yonke itafile yegranite engeyomagnethi yezixhobo zelebhu igqityiwe ngenkqubo esusa umngcipheko wokuchitheka kwamasuntswana. Ngokungafaniyo nemiphezulu yesinyithi epeyintiweyo okanye egqunywe ngepeyinti, igranite yendalo ayikhuphi amasuntswana amancinci emoyeni, nto leyo eyenza ukuba ibe yeyona nto ifanelekileyo kwiindawo zokucoca zeKlasi yoku-1 neyeKlasi ye-10 apho ungcoliseko lomoya kufuneka lugcinwe luncinci kakhulu.
Ukujonga phambili, ukudibana kwe-biotechnology kunye ne-nanotechnology kuya kutyhalela phambili iimfuno zokuzahlula kwindalo esingqongileyo. I-ZHHIMG okwangoku iphuhlisa iinkqubo zokudambisa ezidityanisiweyo ezidibanisa ukucinywa kokungcangcazela okusebenzayo ngqo kwizakhiwo zethu zegranite. Ngokudibanisa iipropati zendalo zokudambisa ilitye kunye nolawulo oluntsonkothileyo lwe-elektroniki, sidala isizukulwana esilandelayo seziseko ze-cryo-electron microscopy kunye ne-atomic force microscopy.
Ukuzinikela kwethu kuluntu lwezenzululwazi lwehlabathi kubonakala kwindlela yethu yokusebenzisana. Asisebenzi nje kuphela njengomthengisi; sisebenza njengeqabane lobunjineli. Xa ilebhu okanye umyili wezinto zobugcisa esiza nomngeni othile, iqela lethu loyilo lisebenza ukuphucula ijometri kunye nobunzima besakhiwo segranite ukuze sihambelane ngokugqibeleleyo nemvamisa yesandi sezixhobo zabo. Le nkonzo yenzelwe wena yingakho iZHHIMG iqatshelwa njengomthengisi ophambili wesiseko segranite kubasunguli bezinto zobugcisa ze-semiconductor kwihlabathi liphela.
Ukuqukumbela, iziseko esizakhayo namhlanje ziiplatfomu apho ubuchwepheshe bexesha elizayo buza kuma khona. Ngokubonelela ngetafile yegranite engeyomagnethi yezixhobo zelebhu kunye neziseko zokusebenza okuphezulu kwemveliso yemizi-mveliso, iZHHIMG iyazingca ngokuxhasa abaphandi kunye neenjineli abasombulula iingxaki ezinzima kakhulu kwihlabathi. Ukususela kwiiholo ezithuleyo zeziko lophando leyunivesithi ukuya kwimigca yemveliso ekhawulezayo yefab yanamhlanje ye-semiconductor, izisombululo zethu zegranite zihlala ziqabane elithuleyo nelizinzileyo lokuchaneka.
Ixesha lokuthumela: Februwari-12-2026