Sumitomo Chemical ta Gano Canjin Ci gaban Tsayayyen Wutar Lantarki a Hanyoyi Daban-daban a Zafin Jiki na Zauren Gida: Binciken Kwatanta na Cajin Wutar Lantarki a cikin Chiral Magnets
Tokyo, Japan – Yuli 7, 2025 – Sumitomo Chemical ta sanar a yau game da ganowar da ta yi ta hanyar canjin ci gaban masu watsar da wutar lantarki a cikin kayan kwayoyin halitta masu karfi a lokacin da aka auna shi a zafin jiki na zauren gida. Wannan binciken, wanda aka buga a cikin wani labarin bincike, ya ba da cikakken fahimtar tsarin da ke tattare da yadda cajin wutar lantarki ke tafiya ta hanyoyi daban-daban a cikin chiral magnets.
Chiral magnets, wanda ke nuna sifofi na madubi marasa daidaituwa, an san su da abubuwan da suke da ban mamaki na lantarki da kuma magnatic. Binciken da aka yi a baya ya nuna cewa waɗannan kayan na iya nuna rashin daidaituwa a cikin tsayayyen wutar lantarki, wanda ke nufin cewa wutar lantarki na iya fuskantar matsaloli daban-daban dangane da hanyar da take bi. Duk da haka, cikakken fahimtar dalilin da yasa wannan ya faru, musamman a yanayin da suka fi dacewa kamar zafin jiki na zauren gida, ya kasance wani kalubale.
Sakamakon Sumitomo Chemical ya nuna cewa ruwan da ake iya canza shi a cikin chiral magnets ba wai kawai ya dogara da kayan kanta ba, har ma da hanyar da aka bi ta cikin tsarin. Ta hanyar yin nazari sosai kan kayan a zafin jiki na zauren gida, masu binciken sun iya gano wani lamari da ake kira “non-reciprocal charge transport.” Wannan yana nufin cewa yadda wutar lantarki ke motsawa na iya bambanta gwargwadon idan ta yi tafiya gaba ko kuma baya a cikin kayan.
Wannan binciken yana da muhimmiyar mahimmanci saboda yana iya buɗe sabbin damammaki don cigaban fasaha a fannoni da dama. Musamman, fahimtar wannan lamarin na iya taimakawa wajen cigaban sabbin na’urori masu amfani da wutar lantarki, kamar waɗanda ake amfani da su a cikin kwamfutoci, na’urorin sadarwa, da kuma fasahar kwamfuta ta quantum.
“Muna da farin ciki da wannan ganowar da ta samar da sabuwar fahimta game da kayan kwayoyin halitta masu karfi,” in ji wani babban jami’in Sumitomo Chemical. “Yin nazari kan waɗannan kayan a yanayin da suka fi dacewa kamar zafin jiki na zauren gida yana da mahimmanci don samun damar amfani da damar su gaba ɗaya. Mun yi imani cewa wannan binciken zai taimaka wajen haɓaka sabbin sabbin fasaha masu yawa.”
Sumitomo Chemical na ci gaba da bincike a wannan fanni, tare da fatan kara fahimtar kayan kwayoyin halitta masu karfi da kuma yadda za a iya amfani da su don samar da ingantacciyar hanyoyin fasaha.
室温にて強相関電子材料の電流方向依存の抵抗変化を発見
～キラル磁性体における非相反電荷輸送の包括的理解～
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‘室温にて強相関電子材料の電流方向依存の抵抗変化を発見
～キラル磁性体における非相反電荷輸送の包括的理解～’ an rubuta ta 住友化学 a 2025-07-07 00:00. Da fatan za a rubuta cikakken bayani mai laushi. Da fatan za a amsa a cikin Hausa tare da labarin kawai.