Shekaru saba'in na CERN na balaguron kimiyya an yi masa alama da abubuwa masu mahimmanci kamar "gano abubuwan asali na W boson da Z boson da ke da alhakin raunana ƙarfin makaman nukiliya", haɓaka mafi girman ƙarfin barbashi a duniya mai suna Large Hadron Collider (LHC) wanda ya ba da damar gano Higgs boson da tabbatar da babban ba da taro mai mahimmanci filin Higgs da "samarwa da sanyaya na antihydrogen don binciken antimatter". Gidan Yanar Gizon Yanar Gizo na Duniya (WWW), wanda aka samo asali kuma an haɓaka shi a CERN don musayar bayanai ta atomatik tsakanin masana kimiyya watakila shine mafi mahimmancin sabon abu daga gidan CERN wanda ya taba rayuwar mutane a duniya kuma ya canza yadda muke rayuwa.
CERN (a takaice sunan "Conseil Européen pour la Recherche Nucléaire", ko Majalisar Turai don Binciken Nukiliya) zai cika shekaru saba'in na wanzuwarsa a ranar 29 ga Satumba 2024 kuma yana bikin shekaru 70 na binciken kimiyya da sabbin abubuwa. Shirye-shiryen bikin tunawa da bikin za su wuce duk shekara.
An kafa CERN akan 29th Satumba 1954 duk da haka ana iya gano asalinsa zuwa 9th Disamba 1949 lokacin da aka ba da shawarar kafa dakin gwaje-gwaje na Turai a taron al'adun Turai a Lausanne. Ɗaliban masana kimiyya sun gano buƙatun cibiyar binciken kimiyyar lissafi ta duniya. Taron farko na majalisar CERN ya gudana ne a ranar 5 ga watath Mayu 1952 kuma an sanya hannu kan yarjejeniyar. An sanya hannu kan yarjejeniyar kafa CERN a 6th Majalisar CERN da aka gudanar a birnin Paris a watan Yuni 1953 wanda a hankali aka amince da shi. Mambobin kafa 12 ne suka kammala amincewa da taron akan 29th Satumba 1954 kuma an haifi CERN bisa hukuma.
A cikin shekarun da suka gabata, CERN ta sami girma ta zama mambobi 23, membobi 10, kasashe da yawa waɗanda ba membobinsu ba da kuma ƙungiyoyin ƙasa da ƙasa. A yau, yana ɗaya daga cikin kyakkyawan misali na haɗin gwiwar kasa da kasa a kimiyya. Tana da kusan masana kimiyya da injiniyoyi 2500 a matsayin ma'aikatan da suka tsara, ginawa da sarrafa wuraren bincike da gudanar da gwaje-gwaje. Bayanan da sakamakon gwaje-gwajen ana amfani da su kusan 12 200 masana kimiyya na kasashe 110, daga cibiyoyi a cikin kasashe fiye da 70 don ci gaba da iyakokin ilimin kimiyyar lissafi.
dakin gwaje-gwaje na CERN (Babban Hadron Collider wanda ya kunshi zobe mai girman kilomita 27) yana kan iyakar Faransa da Switzerland kusa da Geneva duk da haka babban adireshin CERN yana Meyrin, Switzerland.
Makullin mayar da hankali na CERN shine gano abin da duniya an yi shi da yadda yake aiki. Yana bincika ainihin tsarin barbashi waɗanda suka haɗa komai.
Don wannan manufar, CERN ta haɓaka manyan kayan aikin bincike ciki har da mafi ƙarfin ƙarar ƙararrawa da ake kira Babban Hadron Collider (LHC). The LHC ya ƙunshi zobe mai nisan kilomita 27 na maɗaukaki masu ƙarfi waɗanda aka sanyaya su zuwa ban mamaki -271.3 °C
Gano na Higgs boson a cikin 2012 watakila shine mafi mahimmancin ci gaban CERN a cikin kwanan nan. Masu binciken sun tabbatar da wanzuwar wannan asali mai mahimmanci ta hanyar gwajin ATLAS da CMS a wurin Large Hadron Collider (LHC). Wannan binciken ya tabbatar da wanzuwar filin Higgs mai yawan jama'a. Wannan filin asali an gabatar da shi a cikin 1964. Ya cika duka Universe kuma yana ba da taro ga duk ɓangarorin farko. Abubuwan da ake amfani da su (kamar cajin lantarki da taro) bayanai ne game da yadda filayensu ke hulɗa da sauran filayen.
W boson da Z boson, an gano mahimman abubuwan da ke ɗauke da raunin makaman nukiliya a cibiyar CERN's Super Proton Synchrotron (SPS) a cikin 1983. Sojojin nukiliya marasa ƙarfi, ɗaya daga cikin mahimman ƙarfi a cikin yanayi, kiyaye daidaitaccen ma'auni na protons da neutrons a cikin tsakiya ta hanyar. interconversion da beta lalata. Sojoji masu rauni suna taka muhimmiyar rawa wajen haɗakar da makaman nukiliya har ma da taurari masu ƙarfi ciki har da rana.
CERN ta ba da gudummawa mai mahimmanci a cikin nazarin maganin antimatter ta wurin gwaje-gwajen kayan aikin antimatter. Wasu daga cikin manyan abubuwan bincike na CERN na antimatter sune lura da hasken bakan antimatter a karon farko a cikin 2016 ta gwajin ALPHA, samar da magungunan kashe kuzari mara ƙarfi da ƙirƙirar antiatoms ta Antiproton Decelerator (AD) da kwantar da ƙwayoyin antihydrogen ta amfani da Laser. a karon farko a cikin 2021 ta haɗin gwiwar ALPHA. Matter-antimatter asymmetry (wato Big Bang ya ƙirƙira daidai adadin kwayoyin halitta da antimatter, amma kwayoyin halitta sun mamaye duniya) yana daya daga cikin manyan kalubale a kimiyya.
The World Wide Web (WWW) an samo asali ne kuma ya haɓaka a CERN ta Tim Berners-Lee a cikin 1989 don musayar bayanai ta atomatik tsakanin masana kimiyya da cibiyoyin bincike a duniya. Gidan yanar gizo na farko a duniya an shirya shi akan kwamfutar NeXT mai ƙirƙira. CERN ta sanya software ta WWW a cikin jama'a a cikin 1993 kuma ta samar da ita cikin buɗaɗɗen lasisi. Wannan ya ba da damar yanar gizo don bunƙasa.
Gidan yanar gizon asali info.cern.ch CERN ta dawo dashi a cikin 2013.
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 that enabled discovery of Higgs boson and confirmation of mass-giving fundamental Higgs field, production and cooling of antihydrogen for antimatter research. The World Wide Web (WWW), originally conceived and developed at CERN for automated information-sharing between scientists is perhaps the most important innovation from the House of CERN that has touched the lives of people around the world and has changed the way we live.){kind=link}