. ▁ ▁When ▁considering ▁extensions ▁of ▁the ▁Standard ▁Model , ▁the ▁s - ▁prefix ▁from ▁sp article ▁is ▁used ▁to ▁form ▁names ▁of ▁super part ners ▁of ▁the ▁Standard ▁Model ▁ferm ions ▁( s fer m ions ), ▁e . g . ▁the ▁stop ▁squ ark . ▁The ▁super part ners ▁of ▁Standard ▁Model ▁bos ons ▁have ▁an ▁- ino ▁( bos inos ) ▁app ended ▁to ▁their ▁name , ▁e . g . ▁gl u ino , ▁the ▁set ▁of ▁all ▁gauge ▁super part ners ▁are ▁called ▁the ▁g aug inos . ▁ ▁The oret ical ▁predictions ▁ ▁According ▁to ▁the ▁su pers ym met ry ▁theory , ▁each ▁ferm ion ▁should ▁have ▁a ▁partner ▁bos on , ▁the ▁ferm ion ' s ▁super part ner , ▁and ▁each ▁bos on ▁should ▁have ▁a ▁partner ▁ferm ion . ▁Ex act ▁un bro ken ▁su pers ym met ry ▁would ▁predict ▁that ▁a ▁particle ▁and ▁its ▁super part ners ▁would ▁have ▁the ▁same ▁mass . ▁No ▁super part ners ▁of ▁the ▁Standard ▁Model ▁particles ▁have ▁yet ▁been ▁found . ▁This ▁may ▁indicate ▁that ▁su pers ym met ry ▁is ▁incorrect , ▁or ▁it ▁may ▁also ▁be ▁the ▁result ▁of ▁the ▁fact ▁that ▁su pers ym met ry ▁is ▁not ▁an ▁exact , ▁un bro ken ▁symmetry ▁of ▁nature . ▁If ▁super part ners ▁are ▁found , ▁their ▁masses ▁would ▁indicate ▁the ▁scale ▁at ▁which ▁su pers ym met ry ▁is ▁broken . ▁ ▁For ▁particles ▁that ▁are ▁real ▁scal ars ▁( such ▁as