Bincike: Tasirin fasahohin zamani kan tsarin kimiyya a duniya | wa'adin ƙarshe: 22 ga Yuni 2026

Tarihi

Wannan binciken wani ɓangare ne na ISC Tsarin Kimiyya na gaba aikin, wani shiri na shekaru da yawa wanda aka dauki nauyinsa daga Cibiyar Nazarin Ci gaban Ƙasashen Duniya (IDRC) wanda ke bincika yadda fasahohin zamani ke sake fasalin tsarin kimiyya, tare da mai da hankali kan Kudancin Duniya. Aikin ya haɗu da masana kimiyya, masu tsara manufofin kimiyya, hukumomin ba da kuɗi, da masu ruwa da tsaki a masana'antu daga ko'ina cikin hanyar sadarwa ta duniya ta ISC don bincika yadda waɗannan fasahohin ke canza yadda ake gudanar da kimiyya, ba da kuɗi, da kuma yadda ake tafiyar da ita, da kuma abin da wannan ke nufi ga kimiyya a matsayin amfanin jama'a na duniya.

Aikin zai ƙare da wani rahoto da ƙungiyar kwararru ta shirya a birnin Paris a watan Yulin 2026.

Game da binciken

Wannan binciken yana ɗaya daga cikin manyan hanyoyin da aikin Kimiyyar Tsarin Zamani ke tattara ra'ayoyi daga ko'ina cikin al'ummar kimiyya ta duniya. A buɗe yake ga dukkan Membobin ISC da hanyoyin sadarwarsu, da kuma duk wanda ke aiki a ko tare da tsarin kimiyya a Kudancin Duniya.

Binciken ya ƙunshi fannoni huɗu na fasaha da aikin ke nazari a kansu:

• Sabbin fasahohin haɗi — gami da hanyoyin sadarwa na tauraron dan adam da tsarin 5G/6G, da kuma tasirinsu kan yadda masu bincike za su iya samun damar shiga da kuma aika bayanai cikin aminci da daidaito.
• Gaskiya mai faɗi da kama-da-wane - fasahar da ake amfani da ita wajen horar da kimiyya, kwaikwayo, gani, da kuma haɗin gwiwa.
• Raba bayanai da adanawa - kayayyakin more rayuwa, dandamali, da ayyukan da ke tsara yadda ake adana bayanai, samun dama, rabawa, da kuma gudanar da su.
• Robotics da basirar wucin gadi - gami da koyon injina, sarrafa hanyoyin bincike ta atomatik, da kuma nazarin bayanai da AI ke taimaka wa.

A duk faɗin waɗannan fannoni, binciken ya yi tambaya game da tasirin da ake gani a yanzu da kuma wanda ake tsammani ga tsarin kimiyya, shingayen da ke hana samun nasara, haɗin gwiwa tsakanin gwamnati da masu zaman kansu, da ƙalubalen ɗabi'a da shugabanci. Yana ɗaukar kimanin mintuna 10-15 don kammalawa.

Ranar ƙarshe ita ce Litinin 22 Yuni 2026.

Yadda za a yi amfani da amsoshin

Duk amsoshin sirri ne kuma za a yi nazari a kansu gaba ɗaya. Sakamakon zai zama muhimmin bayani a cikin rahoton ƙarshe na Science Systems Futures, yana tabbatar da cewa ƙarshensa da shawarwarinsa sun nuna faffadan ra'ayoyi daga ko'ina cikin al'ummar kimiyya ta duniya. Haka kuma za a iya gabatar da zaɓaɓɓun binciken da aka tattara a taron bita na Science Systems Futures a birnin Paris a watan Yulin 2026 da kuma a wasu tarurrukan ƙasa da ƙasa masu dacewa.

Bayani ga Membobin ISC

Membobin ISC suna taka muhimmiyar rawa wajen haɗa wannan aikin da al'ummar kimiyya ta duniya baki ɗaya. Ana ƙarfafa membobin su kammala binciken da kansu kuma su raba shi a cikin membobinsu da hanyoyin sadarwa. Ƙarin ra'ayoyi da za mu iya tattarawa a yankuna, fannoni, da nau'ikan cibiyoyi, haka binciken aikin zai kasance mai ƙarfi da wakilci.

Idan kuna da tambayoyi game da binciken ko babban aikin, tuntuɓi Felix Dijkstal a felix.dijkstal@council.science.

Felix Dijkstal

Felix Dijkstal

Jami'in Kimiyya

Majalisar Kimiyya ta Duniya

Felix Dijkstal

Hotuna ta Julien Tromeur on Unsplash