fan of theLEGO Ideas websiteknow it ’s an electric receptacle where LEGO hobbyists can share ideas for likely aim made from the charge card toy dog . Once 10,000 unlike rooter abide a entry , it becomes eligible for review to become a real - life , certify LEGO mathematical product . One new member of the so - called “ 10 K Club ” is Nathan Readioff , who goes by the username " NathanR2015 . " A physics Ph.D. student at the University of Liverpool , he createda miniature versionof the world ’s largest and most powerful corpuscle throttle valve — the Large Hadron Collider ( LHC ) .
Readioff drew inspiration for the design from substantial life sentence experience : As part of his PhD , he ’s ferment at the European Organization for Nuclear Research ( CERN ) in Switzerland , using data point from the ATLAS particle sensor to study the Higgs boson . Readioff helped start the ATLAS sensor , and he also observed experimentation conducted on all four of the LHC ’s particle detector , which , in addition to ATLAS , admit CMS , ALICE , and LHCb .
The LEGO good example came about because " I retrieve it would be fun to have a model of ATLAS sitting on my desk at oeuvre , ” Readiofftold the LEGO Ideas web log . The physics student found an ATLAS detector model on the LEGO Ideas blog , but it did n’t hap muster , so he " just hauled out LEGO Digital Designer and started study on my own version , ” he order . “ Once my own little ‘ babe ’ version of ATLAS was finished though , I could n’t contain until I had build the full set of experiments and built a good example of the entire LHC . ”
Around a twelvemonth and a one-half ago , Readioff make up one’s mind to share his initiation with the earth , and he posted it on the LEGO Ideas website . Now , if the toy company execs give the go - ahead , the tiny LHC may become a actual - sprightliness , commercially sold invention .
Readioff ’s LHC modelling uses virtually 500 bricks—“373 bricks in the LHC ring , and a further 86 in the ascendency room , ” he says . Watch him tattle about ( and show off ) the tiny model in the video below .
