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Howard R.A., Moses J.D., Socker D.G., Dere K.P., Cook J.W. Sun Earth Connection Coronal and Heliospheric Investigation (SECCHI). „Advances in Space Research”. 29 (12), s. 2017–2026, 2002. DOI: 10.1007/s11214-008-9341-4. Bibcode: 2008SSRv..136...67H.
D. Sider. Anaxagoras on the Size of the Sun. „Classical Philology”. 68 (2), s. 128–129, 1973. DOI: 10.1086/365951. JSTOR: 269068.
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H. Schatz, F. Mendelblatt. Solar Retinopathy from Sun-Gazing Under Influence of LSD. „British Journal of Ophthalmology”. 57 (4), s. 270–273, 1973. DOI: 10.1136/bjo.57.4.270. PMID: 4707624. PMCID: PMC1214879.
W grudniu 2010 roku ogłoszono odkrycie, że we wszechświecie istnieje około 20-krotnie więcej czerwonych karłów niż dotychczas sądzono, a co się z tym wiąże, około trzykrotnie więcej gwiazd niż dotychczas uważano (Discovery triples the number of stars, 2010-12-02 (ang.)). Ponieważ wszystkie te dodatkowe gwiazdy (czerwone karły) są mniej jasne od Słońca, łatwo obliczyć: gwiazdy jaśniejsze od Słońca w 3-krotnie większej populacji stanowią ok. 15% / 3 = ok. 5%, co daje, że Słońce jest jaśniejsze od ok. 95% gwiazd.
B.R. Chou: Eye Safety During Solar Eclipses. 2005. [dostęp 2014-07-25]. [zarchiwizowane z tego adresu (2017-01-22)]. Cytat: While environmental exposure to UV radiation is known to contribute to the accelerated aging of the outer layers of the eye and the development of cataracts, the concern over improper viewing of the Sun during an eclipse is for the development of „eclipse blindness” or retinal burns
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