Njengoko kubonisiwe kwiinyanga ezidlulileyo, iinkampani ezininzi kunye namaziko ophando, abucala nawoluntu, okwangoku benza utyalo-mali olukhulu kwiiprojekthi ezinxulumene Iirobhothi zehlabathi ukuze uye phambili kancinane kuneentshaba zayo. Uhlobo lokhuphiswano lwezigidi zeedola, oluthi emva kwexesha elide lubonakala ngathi luqala ukuvelisa iziqhamo ngohlobo lweemodeli ezintsha, iiprototypes, imibono, uphuhliso ...
Ngokuchanekileyo ngakumbi ukuba ungumthandi wolu hlobo lweprojekthi, ngokuqinisekileyo uya kulazi elaa candelo likhethekileyo elenziwa ngaphakathi kweli candelo, icandelo apho iinjineli ezininzi ziyaqhubeka nokusebenza kwiinkqubo ezintsonkothileyo ezinxulumene iirobhothi zemveli Ngelixa abanye bebheja, njengoko kunokuba njalo ukusizisa kunye namhlanje, kuhlobo olutsha ngakumbi lweerobhothi ezaziwa, ngeSpanish, njenge iirobhothi ezithambileyo.
IHarvard kunye neMIT bayazibandakanya ekwenzeni imisipha yokufakelwa ekwaziyo ukuphakamisa ukuya kuthi ga kwi-1.000 ubunzima bayo
Ukugxila kancinci kumfanekiso obekwe kuwo kanye kule ndawo inye, ndikuxelele nje ukuba namhlanje ndifuna ukukubonisa iprojekthi esele ibonile ukukhanya kwaye iphuhlisiwe ngokudibeneyo ngabaphandi abavela UJohn A. Paulson weSikolo soBunjineli kunye neeNzululwazi eziSetyenzisiweyo Ukusuka eHarvard, ukusuka IZiko leWyss Ukusuka kwiYunivesithi yaseHarvard kunye ILebhu yeSayensi yeKhompyuter kunye neArtificial Intelligence ukusuka MIT.
Njengoko ubona, sithetha ngamaziko awaziwayo athi, emva kokudibanisa abanye babaphandi ababalaseleyo kunye neenjineli kwiprojekthi enye, bakwazile ukuphuhlisa kunye nokwenza isizukulwana esitsha semisipha eyenziweyo ukuba, ngexesha lokuqala kobungqina bengqondo, babonakalisile ukuba namhlanje sele benesakhono sokuphakamisa ukuya kumawaka e-1.000 ubunzima babo.
Njengoko kuphawuliwe UDaniela rus, Umlawuli weLebhu yezeNzululwazi yeKhompyuter kunye neArtificial Intelligence e-MIT kunye nomnye wababhali abaphezulu bophando:
Samangaliswa kakhulu yindlela abomelele ngayo abaqhubi. Silindele ukuba babe nobunzima obuphezulu obuphezulu bokusebenza kuneerobhothi eziqhelekileyo, kodwa besingalindelanga ukwanda okuphindwe kaliwaka. Kufana nokunika ezi robhothi amandla amakhulu.
I-polymmer e-soluble yamanzi isetyenziselwa ukwenza ezi zihlunu ezingezizo.
Njengoko iqhubekile, ukuze kuphuhliswe esi sizukulwana sitsha semisipha eyenziweyo, apho amaziko amaninzi ahlukeneyo kunye neenkampani zabucala sele zinemibono ethile yokuphumeza, iqela lophando iphefumlelwe yimvelaphi. Siyabulela oku sifumana uhlobo oluthile lwamathambo alo akhiwe ngesinyithi, iplastiki kunye nelaphu ngelixa amanzi kunye nomoya zisetyenzisiwe kulusu, izinto ezimbini zona, zona, ziphethe ukusebenzisa oko kwaziwa njenge 'amandla emisipha'.
Ukusebenza kwenkqubo kwenzeka xa kwenziwe i-vacuum ngaphakathi kulwakhiwo, oku kudala ukuba ukutsala kwezihlunu ngelixa kunciphisa amandla ayo xa kucocwa isicoci. Ngokugoba amathambo ngeendlela ezahlukeneyo, njengakwimvelaphi ye-origami, isicoci sokucoca isixhobo sinokutsala umsipha kumacala ahlukeneyo, nto leyo eyenzayo ubhetyebhetye ngakumbi.
Phakathi kovavanyo olwahlukileyo olwenziwe kolu hlobo lutsha lwemisipha, iinjineli ziphumelele ukuba bezinakho phakamisa intyatyambo emhlabeni, ziya kuqengqeleka njengekhoyili nkqu nciphisa ukuya kwi-10% yobukhulu bayo bokuqala. Kufuneka kuqatshelwe ukuba ngexesha leseshoni zenziwa iinguqulelo ezahlukileyo ngokobukhulu. Ndiyabulela koku sifumana iiyunithi ezisukela kwiimilimitha ezimbalwa ukuya kwiimodeli ezingaphezu kwemitha enye ubude.
Phakathi kwezibonelelo zexesha elifutshane zale projekthi, qaphela umzekelo ukuba indleko zemveliso yezihlunu ziphantsi kakhulu ngelixa kwelinye icala ziyafana zenziwe nge-polymmer e-soluble yamanzi ke iteknoloji inokusetyenziswa ngokugqibeleleyo nakweyiphi na indalo esingqongileyo njengoko inokubangela ifuthe elincinci kwindalo esingqongileyo.