Intshayelelo
Xa inkqubo yokwenziwa kweetshiphusi idlula kwi-3nm, izitofu ze-mRNA zingena kumawaka emizi, kwaye izixhobo ezichanekileyo kwiilabhoratri azinawo amandla okuluthwala uthuli - amagumbi okucoca awasenalo "igama lobuchwephesha" kwiindawo ezithile, kodwa "lilitye lembombo elingabonakaliyo" elixhasa imveliso ephezulu kunye nomzi-mveliso wobomi nempilo. Namhlanje, makhe sihlalutye iindlela ezintlanu ezishushu zokwakha amagumbi okucoca size sibone ukuba ezi khowudi zintsha ezifihliweyo "kwiindawo ezingenathuli" zinokuyila kwakhona ikamva lomzi-mveliso.
Iindlela ezintlanu ezishushu zivula igama eligqithisiweyo lokuphucula amashishini
1. Ucoceko oluphezulu kunye nokhuphiswano oluchanekileyo ukusuka kwinqanaba eliqhelekileyo ukuya kwelokugqibela. Kwi-workshop ye-semiconductor, isuntswana elinothuli oluyi-0.1 μ m (malunga ne-1/500 yobubanzi beenwele zomntu) linokubangela ukuba kubekho i-chip scrap. Amagumbi okucoca aneenkqubo eziphambili ezingaphantsi kwe-7nm aphula umda weshishini ngemigangatho ye-ISO 3 (≥ 0.1μ m amasuntswana ≤1000 nge-cubic meter nganye) - okulingana nokuvumela ukuba kungabikho ngaphezulu kwamasuntswana amathathu othuli kwindawo enobukhulu bebala lebhola ekhatywayo. Kwicandelo le-biomedicine, "ucoceko" luqoshwe kwi-DNA: ii-workshops zokuvelisa izitofu kufuneka ziphumelele isiqinisekiso se-EU GMP, kwaye iinkqubo zabo zokucoca umoya zinokuthintela i-99.99% yeebhaktheriya. Kwanempahla yokukhusela yabaqhubi kufuneka ihlanjululwe kathathu ukuqinisekisa ukuba "akukho mpawu yabantu abadlulayo kwaye akukho ntsholongwane yezinto ezidlulayo".
2. Ukwakhiwa kweModular: Ukwakha iibhloko zokwakha ezifana negumbi lokucoca, okwathatha iinyanga ezi-6 kuphela ukugqitywa kwixesha elidlulileyo, ngoku kungaziswa kwiinyanga ezi-3? Itekhnoloji yeModular ibhala ngokutsha imithetho:
(1). Udonga, iyunithi yomoya opholileyo, indawo yokukhupha umoya kunye nezinye izinto zenziwe kwangaphambili kumzi-mveliso kwaye zinokufakwa kwindawo leyo; (2). Indawo yokusebenzela yokugonya iphindaphinde kabini amandla ayo okuvelisa kwisithuba senyanga enye ngokwandiswa kwemodyuli; (3). Uyilo olususwayo lunciphisa iindleko zokulungiswa kwakhona kwendawo ngama-60% kwaye luhlengahlengiswa ngokulula kuphuculo lwemigca yemveliso.
3. Ulawulo olukrelekrele: inqaba yedijithali ekhuselwe zizinzwa ezingaphezu kwama-30000
Xa amagumbi okucoca emveli esaxhomekeke ekuhlolweni ngesandla, amashishini aphambili akhe "inethiwekhi ye-neural ye-Intanethi yezinto": (1) I-sensor yobushushu kunye nokufuma ilawula ukuguquguquka ngaphakathi kwe-± 0.1 ℃/± 1% RH, ezinzileyo ngakumbi kune-incubators yelebhu; (2). I-particle counter ilayisha idatha rhoqo emva kwemizuzwana engama-30, kwaye xa kukho izinto ezingaqhelekanga, inkqubo iyazilumkisa ngokuzenzekelayo kwaye iqhagamshelane nenkqubo yomoya omtsha; (3). I-TSMC Plant 18 iqikelela ukusilela kwezixhobo ngokusebenzisa ii-algorithms ze-AI, inciphisa ixesha lokungasebenzi nge-70%.
4. Uluhlaza kunye nekhabhoni ephantsi: utshintsho ukusuka ekusetyenzisweni kwamandla aphezulu ukuya ekukhutshweni komoya ophantse ube yi-zero.
Amagumbi okucoca ayesetyenziswa kakhulu kumbane (kunye neenkqubo zomoya-moya ezithatha indawo engaphezulu kwama-60%), kodwa ngoku aphumelela ngetekhnoloji: (1) I-magnetic levitation chiller inamandla okusebenzisa amandla angaphezu kwama-40% kunezixhobo zemveli, kwaye umbane ogcinwa ngumzi-mveliso we-semiconductor kunyaka omnye unokubonelela ngemizi engama-3000; (2). Itekhnoloji yokubuyisela ubushushu kwipayipi yobushushu eshukunyiswa ngemagnethi inokuphinda isebenzise ubushushu obumdaka bokukhupha umbane kwaye inciphise ukusetyenziswa kwamandla okufudumeza ngama-50% ebusika; (3). Izinga lokusetyenziswa kwakhona kwamanzi amdaka avela kwiifektri ze-biopharmaceutical emva konyango lifikelela kwi-85%, elilingana nokonga iitoni ezingama-2000 zamanzi epompo ngosuku.
5. Ubuchule bobugcisa obukhethekileyo: Iinkcukacha zoyilo ezichasene nengqondo eqhelekileyo
Udonga olungaphakathi lombhobho wegesi ococekileyo kakhulu luye lwapholishwa nge-electrolytic, olune-Ra<0.13 μ m erhabaxa, oluthambileyo kunomphezulu wesibuko, luqinisekisa ubunyulu begesi obuyi-99.9999%; 'I-negative pressure maze' kwilebhu yokhuseleko lwebhayoloji iqinisekisa ukuba ukuhamba komoya kuhlala kuphuma kwindawo ecocekileyo ukuya kwindawo engcolileyo, nto leyo ethintela ukuvuza kwentsholongwane.
Amagumbi okucoca awapheleli nje "ekucocekeni". Ukususela ekuxhaseni ukuzimela kweetshiphusi ukuya ekukhuseleni ukhuseleko lwemithi yokugonya, ukusuka ekunciphiseni ukusetyenziswa kwamandla ukuya ekukhawuleziseni amandla emveliso, yonke inkqubela phambili yetekhnoloji kumagumbi okucoca yakha iindonga kunye neziseko zemveliso ephezulu. Kwixesha elizayo, ngokungena nzulu kwe-AI kunye neetekhnoloji ezisebenzisa ikhabhoni ephantsi, eli 'dabi lemfazwe elingabonakaliyo' liya kuvula amathuba amaninzi.
Ixesha leposi: Sep-12-2025