Index stellarum splendidissimarum

Hic habes indicem stellarum quae nobis splendidissimae videntur.

	Mag. v. (m)	Bayeri character	Nomen	Distantia (sla)	Cl. spec.	SIMBAD
0	0.000−26.74		(Sol)	0.000 016	G2 V
1	0.001−1.46	α CMa	Sirius	0008.6	A1 V	Sirius
2	0.003−0.72	α Car	Canopus	0310	F0 Ia	Canopus
3	0.003−0.04 var	α Boo	Arcturus	0037	K1.5 III	Arcturus
4	0.004−0.01	α Cen A (α^1 Cen)	Rigil Kentaurus, Rigil Kent, Toliman	0004.4	G2 V	Alpha Centauri A
5	0.03	α Lyr	Vega	0025	A0 V	Vega
6	0.12	β Ori	Rigel	0770	B8 Iab	Rigel
7	0.34	α CMi	Procyon	0011	F5 IV-V	Procyon
8	0.42 var	α Ori	Betelgeuse	0640 [1]	M2 Iab	Betelgeuse
9	0.50	α Eri	Achernar	0140	B3 Vpe	Achernar
10	0.60	β Cen	Hadar, Agena	0530	B1 III	Hadar (Agena)
11	0.71	α1 Aur	Capella A	0042	G8 III	Capella A
12	0.77	α Aql	Altair	0017	A7 V	Altair
13	0.85 var	α Tau	Aldebaran	0065	K5 III	Aldebaran
14	0.96	α2 Aur	Capella B	0042	G1 III	Capella B
15	1.04	α Vir	Spica	0260	B1 III-IV, B2 V	Spica
16	1.09	α Sco	Antares	0600	M1.5 Iab-b	Antares
17	1.15	β Gem	Pollux	0034	K0 IIIb	Pollux
18	1.16	α PsA	Fomalhaut	0025	A3 V	Fomalhaut
19	1.25	α Cyg	Deneb	1,550	A2 Ia	Deneb
20	1.30	β Cru	Mimosa, Becrux	0350	B0.5 IV	Mimosa
21	1.33	α Cen B (α^2 Cen)	Rigil Kentaurus, Toliman	0004.4	K1 V	Alpha Centauri B
22	1.35	α Leo	Regulus	0077	B7 V	Regulus
23	1.40	α Cru A (α^1 Cru)	Acrux	0320	B1 V	Acrux A
24	1.51	ε CMa	Adara	0430	B2 Iab	Adara
25	1.62	λ Sco	Shaula	0700	B1.5-2 IV+	Shaula
26	1.63	γ Cru	Gacrux	0088	M4III	Gacrux
27	1.64	γ Ori	Bellatrix	0240	B2 III	Bellatrix
28	1.68	β Tau	El Nath	0130	B7 III	El Nath
29	1.68	β Car	Miaplacidus	0110	A2 IV	Miaplacidus
30	1.70	ε Ori	Alnilam	1,300	B0 Iab	Alnilam
31	1.70	ζ Ori A	Alnitak	0820		Alnitak A
32	1.74	α Gru	Alnair	0100		Al Na'ir
33	1.76	ε UMa	Alioth	0081		Alioth
34	1.78	γ^2 Vel	Suhail	0840		Gamma^2 Velorum
35	1.80	ε Sgr	Kaus Australis	0140		Kaus Australis
36	1.82	α Per	Mirfak	0590		Mirfak
37	1.84	δ CMa	Wezen	1,800		Wezen
38	1.85	η UMa	Benetnasch, Alkaid	0100		Benetnasch (Alkaid)
39	1.86	θ Sco	Sargas	0270		Sargas
40	1.87	α UMa A	Dubhe	0120		Dubhe
41	1.90	γ Gem	Alhena	0100		Alhena
42	1.91	α Pav	Peacock	0180		Peacock
43	1.92	α TrA	Atria	0420		Atria
44	1.96	α Gem A	Castor A	0052	A1 V, A2 Vm	Castor A
45	1.97 var	α UMi	Polaris	0430	F7 Ib-II	Polaris
46	1.98	β CMa	Mirzam	0500		Murzim
47	1.98	α Hya	Alphard	0180		Alphard
48	2.00	α Ari	Hamal	0066		Hamal
49	2.03	δ Vel A		0080		Delta Velorum
50	2.04	β Cet	Deneb Kaitos, Diphda	0096		Deneb Kaitos
51	2.05	κ Ori	Saiph	0720		Saiph
52	2.06	σ Sgr	Nunki, Sadira	0220		Nunki
53	2.06	θ Cen	Menkent	0061		Menkent
54	2.06	α And	Alpheratz, Sirrah	0097		Alpheratz
55	2.06	β And	Mirach	0200		Mirach
56	2.08	β UMi	Kochab	0130		Kochab
57	2.09	α^2 Cru	Acrux	0320		Acrux B
58	2.10	α Oph	Rasalhague	0047		Ras Alhague
59	2.12 var	β Per	Algol	0093		Algol
60	2.13	β Gru		0170		Beta Gruis
61	2.14	β Leo	Denebola	0036		Denebola
62	2.21	ζ Pup	Naos	1,400		Zeta Puppis
63	2.23	λ Vel	Suhail	0570		Lambda Velorum
64	2.23	γ Dra	Eltanin	0150		Etamin
65	2.24	α CrB A	Alphecca, Gemma	0075		Alphecca
66	2.24	γ Cyg	Sadr	1,500		Sadr
67	2.25	α Cas	Schedar	0230		Schedar
68	2.25	ι Car	Aspidiske	0690		Aspidiske
69	2.26	γ^1 And	Almach	0350		Almach
70	2.27	ζ1 UMa	Mizar A	0078		Mizar A
71	2.27	β Cas	Caph	0054		Caph
72	2.27	ε Cen		0380		Epsilon Centauri
73	2.28	γ^1 Leo	Algieba	0130		Algieba
74	2.28	α Lup		0550		Alpha Lupi
75	2.29	δ Sco	Dschubba	0400		Dschubba
76	2.29	ε Sco	Wei	0065		Wei
77	2.32	η Cen		0310		Eta Centauri
78	2.35	β UMa	Merak	0079		Merak
79	2.37	α Phe	Ankaa, Nair al Zaurak	0077		Ankaa
80	2.38	κ Sco	Girtab	0460		Girtab
81	2.39	γ Cas		0610		Gamma Cassiopeiae
82	2.40	ε Peg	Enif	0670		Enif
83	2.40	η CMa	Aludra	3,200		Aludra
84	2.4	ε Car A	Avior	0630		Avior
85	2.42	β Peg	Scheat	0200		Scheat
86	2.43	γ UMa	Phecda	0084		Phecda
87	2.44	α Cep	Alderamin	0049		Alderamin
88	2.46	κ Vel	Markeb	0540		Kappa Velorum
89	2.49	α Peg	Markab	0140		Markab
90	2.50	ε Cyg	Gienah	0072		Gienah

Nexus interni

• Nomina stellarum Arabica

Notae

1. Graham M. Harper, Alexander Brown, and Edward F. Guinan, (2008, April). "A New VLA-Hipparcos Distance to Betelgeuse and its Implications" (PDF). The Astronomical Journal 135 (4,): pp. 1430–1440