"Iprojekthi iSilica" eNtsha eNtsha kwiNdawo yokugcina idatha!

I-Microsoft Research ityhile i- "Project Silica" entsha ethumele amaza othusayo kwihlabathi liphela. Eyona nto iphambili, le projekthi ijolise ekuphuhliseni indlela enobuhlobo nokusingqongileyo esebenzisa ii-laser ezikhawulezayo ukugcina idatha eninzi ngaphakathi kweephaneli zeglasi . Njengoko sisazi kakuhle, ukugcinwa kunye nokucutshungulwa kwedatha kunefuthe elikhulu kwindalo esingqongileyo, kunye nezixhobo zokugcina zemveli ezifana nee-hard disk drives kunye nee-optical discs ezifuna umbane ukuze zigcinwe kwaye zibe nexesha elifutshane lokuphila. Ekusombululeni umba wokugcina idatha, iMicrosoft Research, ngokubambisana neqela le-venture capital eligxile ekuzinzeni i-Elire, liqalise iProject Silica.

Ngoko ke, isebenza njani iProjekthi yeSilica?

Ekuqaleni, idatha ibhalwa kwiiphaneli zeglasi kusetyenziswa iilaser ze-femtosecond ezikhawulezayo. Olu tshintsho lwedatha luncinci alubonakali emehlweni kodwa lunokufumaneka ngokulula ngokufunda, ukucacisa, kunye nokubhala kusetyenziswa iimakroskopu ezilawulwa yikhompyutha. Iiphaneli zeglasi ezigcina idatha emva koko zigcinwa "kwithala leencwadi" elingasebenziyo elingadingi mbane, nto leyo enciphisa kakhulu ukukhutshwa kwekhabhoni okunxulunyaniswa nokugcinwa kwedatha ixesha elide.

Ngokuphathelele indlela entsha yale projekthi, u-Ant Rowstron, injineli kwiMicrosoft Research uchaze ukuba ixesha lokuphila kweteknoloji yemagnethi lilinganiselwe kwaye i-hard drive ingahlala malunga neminyaka emi-5 ukuya kweli-10. Nje ukuba umjikelo wayo wobomi uphelile, kuya kufuneka uyiphindaphinde kwisizukulwana esitsha seendaba. Inene, xa ucinga ngayo yonke indlela yokusebenzisa amandla kunye nezixhobo, oku kunzima kwaye akunakugcinwa. Ke ngoko, bajolise ekutshintsheni le meko ngeProjekthi Silica.

Ukongeza kumculo neemuvi, le projekthi inezinye iimeko zokusetyenziswa. Umzekelo, i-Elire isebenzisana neMicrosoft Research ukusebenzisa obu buchwephesha kwiGlobal Music Vault. Iqhekeza elincinci leglasi kwisiqithi saseSvalbard linokuthwala idatha enee-terabytes ezininzi, ezaneleyo ukugcina iingoma ezimalunga ne-1.75 yezigidi okanye iminyaka eli-13 yomculo. Oku kubonisa inyathelo elibalulekileyo lokugcina idatha ngokuzinzileyo.

Nangona ukugcinwa kweglasi kungekakulungeli ukuthunyelwa kwiindawo ezinkulu, kuthathwa njengesisombululo esithembisayo sorhwebo esizinzileyo ngenxa yokuqina kwayo kunye nokusebenza kakuhle kweendleko. Ngaphezu koko, iindleko zokugcinwa kwizigaba zamva ziya kuba "zincinci." Kufuna kuphela ukugcina ezi ndawo zokugcina idatha yeglasi kwiindawo ezingenambane. Xa kufuneka, iirobhothi zinokunyuka kwiishelufu ukuze zibuye ukuze zisetyenziswe emva kwemisebenzi yokungenisa.

Ngamafutshane, iProject Silica isinika indlela entsha yokugcina idatha enobuhlobo nokusingqongileyo. Ayipheleli nje ekubeni ihlale ixesha elide kwaye inomthamo omkhulu wokugcina idatha, kodwa ikwanayo nempembelelo encinci kwindalo esingqongileyo. Silangazelela ukubona obu buchwephesha busetyenziswa ngokubanzi kwixesha elizayo, nto leyo esinika ubomi obulula ngakumbi.

TEYU i-laser chiller ekhawulezayo kakhulu Inika inkxaso yokupholisa esebenza kakuhle nezinzileyo kwiiprojekthi ze-laser ye-picosecond/femtosecond ye-ultrafast , iphucula ngempumelelo umgangatho wokucubungula kwaye yandisa ubomi bezixhobo. Sijonge phambili kwixesha elizayo apho ii-laser chillers ze-ultrafast TEYU zinokusetyenziswa ukubhala idatha kwiglasi kunye nale teknoloji intsha itsha!