source:eurasiareviewKayayyakin da suka dogara da ƙananan karafa na ƙasa da mahallinsu suna da mahimmancin mahimmanci ga al'ummarmu na zamani masu fasaha. Abin mamaki, sinadarai na ƙwayoyin waɗannan abubuwan ba su da kyau sosai. Duk da haka, ci gaban da aka samu a wannan fanni na baya-bayan nan ya nuna cewa hakan zai canza. A cikin shekarun da suka gabata, ci gaba mai ƙarfi a cikin ilmin sinadarai da kimiyyar lissafi na mahaɗan halittun da ba kasafai ake samun su ba sun canza iyakoki da sigogin da suka wanzu shekaru da yawa.Kayayyakin da Ba a taɓa ganin irin su ba"Tare da shirin binciken haɗin gwiwarmu na "4f for Future", muna son kafa wata cibiya mai jagoranci a duniya wacce za ta ɗauki waɗannan sabbin abubuwan ci gaba da haɓaka su gwargwadon yuwuwar," in ji kakakin CRC Farfesa Peter Roesky daga Cibiyar Nazarin Inorganic Chemistry ta KIT. Masu binciken za su yi nazarin hanyoyin haɗin kai da kaddarorin jiki na sabbin ƙwayoyin ƙwayoyin cuta da nanoscaled rare mahadi na ƙasa don haɓaka kayan da abubuwan gani da abubuwan maganadisu da ba a taɓa gani ba.Binciken su yana nufin haɓaka ilimin sunadarai na kwayoyin halitta da nanoscaled rare earth mahadi da kuma inganta fahimtar kayan jiki don sababbin aikace-aikace. CRC za ta haɗu da ƙwararrun masu binciken KIT a cikin sinadarai da kimiyyar lissafi na mahaɗaɗɗen ƙwayoyin halitta marasa ƙarfi tare da sanin yadda masu bincike daga jami'o'in Marburg, LMU Munich, da Tübingen suke.CRC/Transregio akan Physics Particle ya Shiga Mataki na BiyuBaya ga sabon CRC, DFG ta yanke shawarar ci gaba da ba da tallafi na CRC/Transregio "Particle Physics Phenomenology after the Higgs Discovery" (TRR 257) na wasu shekaru hudu. Ayyukan masu bincike daga KIT (jami'ar daidaitawa), Jami'ar RWTH Aachen, da Jami'ar Siegen an yi niyya don haɓaka fahimtar mahimman ra'ayoyin da ke ƙarƙashin abin da ake kira daidaitaccen tsarin ilimin kimiyyar lissafi wanda ke bayyana ma'amalar duk abubuwan firamare a cikin cikakkiyar mathematically. hanya. Shekaru goma da suka gabata, an tabbatar da wannan ƙirar ta gwaji ta hanyar gano Higgs boson. Duk da haka, daidaitaccen samfurin ba zai iya amsa tambayoyin da suka shafi yanayin duhu ba, da asymmetry tsakanin kwayoyin halitta da antimatter, ko dalilin da yasa yawancin neutrino ke da ƙananan. A cikin TRR 257, ana ƙirƙira haɗin kai don bin hanyoyin da suka dace don neman ƙarin ƙa'idar ka'idar da ta faɗaɗa daidaitaccen tsari. Misali, ilimin kimiyyar ɗanɗano yana da alaƙa da phenomenology a masu haɓaka ƙarfin kuzari a cikin neman “sabon ilimin kimiyyar lissafi” fiye da daidaitaccen samfurin.CRC/Transregio akan Gudun Hijira Masu Yawa da Aka Ƙara ta Wani Shekaru HuduBugu da kari, DFG ta yanke shawarar ci gaba da ba da tallafi na CRC/Transregio "Turbulent, chemically reactive, multi-phase flows kusa da ganuwar" (TRR 150) a cikin kashi na uku na kudade. Ana fuskantar irin waɗannan kwararar ruwa a cikin matakai daban-daban a cikin yanayi da injiniyanci. Misalai sune gobarar gandun daji da tsarin jujjuya makamashi, wanda zafinsa, ƙwaƙƙwaransa, da canja wurin taro da kuma halayen sinadarai suna tasiri ta hanyar hulɗar ruwa/bango. Fahimtar waɗannan hanyoyin da haɓaka fasahohin da aka dogara da su sune manufofin CRC/Transregio da TU Darmstadt da KIT suka aiwatar. Don wannan dalili, ana amfani da gwaje-gwaje, ka'idar, ƙirar ƙira, da kwaikwaiyon lambobi tare tare. Ƙungiyoyin bincike daga KIT sun fi nazarin hanyoyin sinadarai don hana gobara da rage hayaki da ke lalata yanayi da muhalli.Cibiyoyin bincike na haɗin gwiwar haɗin gwiwa ne na bincike da aka tsara na dogon lokaci har zuwa shekaru 12, wanda masu bincike ke aiki tare a duk fannoni. CRCs suna mai da hankali kan sabbin abubuwa, ƙalubale, sarƙaƙƙiya, da bincike na dogon lokaci.
