Nanocomputer tshawb fawb txheej txheem

Williams tau koom nrog kev tshawb fawb nanotechnology txij li thaum nws pib ntawm AT&T's Bell Labs, uas kav ntev li 21 xyoo. Lub sijhawm no, nws kuj tau qhia hauv University of California tau 15 xyoos. Nws tau hais tias nws thiab nws cov npoj yaig yuav tsis tsuas yog txaus siab rau kev tshawb fawb txog kev nco txog molecular, tab sis lawv lub hom phiaj yog tsim kom muaj lub computer ua tiav molecular. Nws hais tias: "Tib neeg yuav muaj peev xwm tsim tau lub khoos phis tawj uas yog 1 billion npaug sai dua li niaj hnub computers." Raws li lub teb chaws Yelemees's "Der Spiegel" magazine, cov kws tshawb fawb ntawm University of California, Berkeley thiab Stanford University tau ua tiav cov raj nanocarbon rau hauv silicon wafers.
Cov chips silicon siv hauv computers tau mus txog nws lub cev txwv. Lub ntim tsis tuaj yeem me me dhau, qhov zaus ntawm lub hwj chim qhib thiab tawm tsis tuaj yeem nce ntxiv, thiab kev siv hluav taws xob tsis tuaj yeem txo. Cov kws tshawb fawb ntseeg tias txoj hauv kev los daws qhov teeb meem no yog tsim "nano transistors" thiab siv los ua "nano computers." Kev suav ceev ntawm nano computers yuav yog 15, 000 zaus ntawm silicon chip computers, thiab lub zog siv kuj yuav tsawg dua. Qhov kev vam meej ntawm qhov kev tshawb fawb no yog ib kauj ruam mus rau hauv kev coj ua ultra-ceev nano computers.