Abaphandi kwiCrann (iziko lophando malunga nolwakhiwo kunye ne-nanodevices), kunye nesikolo se-physics kwi-Teblity College Dublin, namhlanje bavakalise ukuba aIzixhobo zemagnethiUkuphuhliswa kwezi ziko kubonisa ukutshintshwa kwemagnetic ngokukhawuleza.
Iqela lasebenzisa i-FebtoseCond Systems kwilabhoraki yoPhando ye-Photonics kwi-crann yokutshintsha kwaye iphinde itshintshe irekhodi lezinto ezimbini, kunye namaxesha alikhulu kunesantya sekhomputha yekhompyuter.
Oku kufunyanwa kubonisa amandla okwenza izinto zesizukulwane esitsha samandla e-Ultra ngokukhawuleza kunye neenkqubo zokugcina idatha.
Abaphandi bafumana isantya sabo esingazange senziwe ngaphambili kwi-alloty ebizwa ngokuba yi-MRG, kuqala i-qengntheled liqela ngo-2014 ukusuka kwi-Manganese, i-rutenium kunye ne-geliyo ne-geliyo. Kuvavanyo, iqela labetha iifilimu ezincinci ze-MRG kunye ne-RMG yombane obomvu, ehambisa i-megawatts yamandla engaphantsi kwebhiliyoni yomzuzwana.
Ukudluliselwa kobushushu butshintshela ukuqhelaniswa kwemagnethi ye-MRG. Kuthatha isinye seshumi elinesibindi se-picosecond ukufezekisa olu tshintsho lokuqala (i-1 PS = i-trilliant enye yomzuzwana). Kodwa, okona kubaluleke kakhulu, iqela lafumanisa ukuba banokuvula isifundo kwakhona abayi-10 yeThillilnts yesibini kamva. Oku kutshintshwa ngokukhawuleza kwesifundo se-Magnet sahlala sabona.
Iziphumo zabo ziyapapashwa kule veki kwijena leMPRORY PROORK, IIMPAWU ZOBOMI.
Ukufunyanwa kunokuvula iindlela ezintsha zetekhnoloji yekhompyuter entsha, itekhnoloji yolwazi, enikwe ukubaluleka kweIzixhobo zemagnethis kulo mzi mveliso. Ukufihlwa kwizixhobo zethu ezininzi ze-elektroniki, nakwiindawo ezinkulu zedatha esezantsi entliziyweni ye-Intanethi, izixhobo zemagneri zifunde kwaye zigcine idatha. I-shoossion yangoku yokuqhubela ivelisa idatha ngakumbi kwaye isebenzise amandla amaninzi kunangaphambili. Ukufumana iindlela ezintsha ezifanelekileyo zokuphumelela idatha, kunye nezixhobo zokutshatisa, kukuzixakekisa kwihlabathi liphela.
Isitshixo sempumelelo yeqela elikhethekileyo yayikukukwazi ukufezekisa ukutshintshelwa kwe-ulraisanqa Ukutshintshela kwemveli kwemagnethi kusetyenziswa enye imagnethi, apha kwixabiso ngokwemigangatho kunye nexesha. Nge-MRG ukutshintshwa kufezekisiwe ngepulse yobushushu, ukusebenzisa intsebenziswano eyahlukileyo yokukhanya.
Abaphandi boBathathu Emnye uJean Bebbas kunye neKarten Rode baxoxa ngenye indlela yophando:
"Izixhobo zemagnethiInkumbulo enesidima esinokusetyenziselwa ingcinga. Ukuza kuthi ga ngoku, ukutshintshela kwi-Manity State '0 Uphando lwethu lujongana nesantya ngokubonisa ukuba sinokuvula i-MRG ukusuka kwenye indawo ukuya kwenye kwi-0.1 i-picachertz ye-Tigahertz-i-gigahertz-ngokukhawuleza kunento eyabonwa ngaphambili.
"Ukufunyanwa amanqaku abonisa amandla akhethekileyo oMnumzana wethu ukuba akhanyise ngakumbi isibini esikhanyayo kunye noSpin ukuze sikwazi ukulawula i-magnetism yokukhanya kunye nokukhanya nge-magnetism kwizibane ezingafakwanga."
Ukugqabaza ngomsebenzi weqela lakhe, uNjingalwazi uMichael Coey, isikolo sikaBathathu Emnye we-physics kunye ne-crann, wathi, "Ngo-2014 xa sisaziwa njenge-MRG, sasikrokrela ukuba le nto yayinamandla amangalisayo.
"Lo mboniso uya kukhokelela kwigama lesixhobo esitsha elisekwe ekukhanyiseni ne-magnetism enokufumana isibonelelo sokwanda kwesantya kunye nokusebenza kwamandla, mhlawumbi ekugqibeleni kufezekiswa kwememori enye yenkumbulo kunye nokusebenza kwengqondo. Kungumceli mngeni omkhulu, kodwa sibonise umbandela onokuwenza ukuba ube nenzeke. Sinethemba lokukhusela inkxaso-mali kunye nokusebenzisana komzi-mveliso ukwenza umsebenzi wethu. "
IXESHA LOKUQALA: I-MAD-05-2021