https://iopscience.iop.org/article/10.3847/2041-8213/acc39c#apjlacc39ct4

위 링크에서 복붙해온 내용임



While GRB 221009A is truly unique by observed brightness at Earth, it may not be unique by intrinsic brightness measures in the full observed prompt sample. There are more than 10,000 observed prompt GRBs, with only ∼1000 well localized (∼few arcminutes), but fewer than 500 bursts have determined isotropic-equivalent energetics values. In these 500, there are ∼20 bursts with an Eiso within a factor of 5 of GRB 221009A and ∼3 bursts within a factor of 2. As the observed prompt sample is 20 times larger, it is likely that there are bursts in the observed sample with Eiso greater than GRB 221009A but whose redshift or broadband spectra were not measured. There are two known GRBs with higher Liso than GRB 221009A, and we similarly expect more to remain unidentified in the broader sample.



여기서 진하게 표시된 부분에서 관측된 즉각적인? 샘플이 20배 더 크다(larger)라고 하잖아? 근데 이게 뭐가 크다는건지 모르겠음

일단 윗 문장을 봐선 E ios 값을 말하는건 아닌것 같고 아마 밝기 아니면 폭발 그 자체의 크기 말하는것같은데 님들이 봤을땐 뭐가 크다고 하는것 같음?