Enye yeengxaki ezinkulu zobuchwephesha kuluntu lwanamhlanje, ukongeza kukuzimela kweebhetri, kukufumana itekhnoloji entsha esivumayo gcina isixa esikhulu sedatha kwindawo encinci kakhulu ngaphandle kokuphulukana, okanye nokwandisa, isantya sokudluliswa kwedatha.
Ngokusekwe kumsebenzi wamva nje oboniswe ngu UFabian natterer, ingcali yamachiza eSwitzerland Federal Institute of Technology eLausanne, kuyacaca ukuba oku kungasondela kakhulu kunokuba sicinga gcina idatha kwinqanaba leathom. Okwangoku singagcina kuphela ii-bits ezi-2 kwi-atom kodwa olu xinano lunokunyuswa ukuya kuthi ga kumawaka ayi-1.000 elinokusivumela, umzekelo, sikwazi ukugcina ikhathalogu yangoku ye-iTunes kwisixhobo esikhulu njengekhadi letyala.
Amanyathelo okuqala athatyathwa ukuze kuphuhliswe ii-atomic hard drive.
Ukungena kwinkcukacha ezithe kratya, ngokucacileyo kwaye njengoko bendinako ukuyiqonda, kwiiprototypes zokuqala zesi sixhobo sigcinwayo IHolmium, into yeekhemikhali efanelekileyo kakhulu kolu hlobo lomsebenzi kuba inee-elektroni ezininzi ezikwaziyo ukwenza amandla ombane omeleleyo ngelixa zibekwe kwi-orbit kufutshane kakhulu neziko apho zikhuselwe ngaphandle.
Ngokweqela eliphethe uphuhliso lwalo msebenzi, namhlanje ngaphezulu kwe-100.000 yeeathom zisetyenziselwa ukugcina into enye, ke ukunciphisa olu hlobo lweemfuno kungasikhokelela ekufezekiseni iindawo ezincinci zokugcina. Gcina ukhumbula ukuba sithetha, okomzuzwana, malunga netekhnoloji ethi kusathatha ixesha elide lophuhliso ukufumana imveliso yorhwebo iphuhlisiwe.
Más información: indalo