List of stars with confirmed extrasolar planets

From Wikipedia, the free encyclopedia

The following are lists of stars with confirmed extrasolar planets. For a list of planets awaiting confirmation see List of unconfirmed exoplanets.

Note that the masses of the planets are (for the most part) lower bounds only. If a planet is detected by the radial velocity method, no information is gained about the inclination of the planet's plane of orbit around its star, and a value for this is needed to calculate the mass. It has become customary to assume arbitrarily that the plane is exactly lined up with the line of sight from Earth (this produces the lowest possible mass consistent with the spectral line measurements).

There are 211 planets listed — 205 orbiting fusing stars (48 in multiple planet systems, and 157 in single planet systems), 4 orbiting pulsars, 1 orbiting a brown dwarf, and 1 free floating.

The planets are listed with indications of their approximate masses as multiples of Jupiter's mass (M_J = 1.898 × 10²⁷ kg) or multiples of Earth's mass (M_E = 5.9737 × 10²⁴ kg), and have approximate distances in astronomical units (1) AU = 1.496 × 10⁸ km, distance between Earth and Sun) from their parent stars. For more information on how planets may be detected, see extrasolar planet.

According to astronomical naming conventions, the official designation for a body orbiting a star is the star's catalogue number followed by a letter. The star itself is designated with the letter 'a', and orbiting bodies by 'b', 'c', etc. Some extrasolar planets have been given unofficial names, but these are not sanctioned by the International Astronomical Union which oversees astronomical naming, or used in the scientific literature.

1 Fusing stars
2 Pulsars
3 Brown dwarfs
4 Free floating planets
5 References
6 See also
7 External links

[edit] Fusing stars

There are currently 205 planets known in orbit around fusing stars.

There are currently 157 known planets in single-planet systems and 48 known planets in 20 multiple-planet systems (14 with two planets, 4 with three and 2 with four). "Single" here means that only one planet has been detected to date. Since detection methods are not sensitive to low-mass planets, these stars may have smaller planets that are below the limits of detectability, or are so far from the star that they have not yet been observed over an orbital period.

Sorted by increasing right ascension of the parent star. Planets within a system sorted by increasing orbital period.

Star	Right ascension	Declination	Spectral type	Planet	Planet mass (M_J)	Orbital period (d)	Semimajor axis (AU)	Orbital eccentricity	Inclination (°)
HD 142	00^h 06^m 19^s	−49° 04′ 30″	G1IV	b	>1	337.112	0.98	0.38
GJ 3021	00^h 16^m 12^s	−79° 51′ 04″	G6V	b	>3.32	133.82	0.49	0.505
WASP-1	00^h 20^m 40^s	+31° 59′ 24″	F7V	b Garafia-1	0.89	2.51997	0.0382	0	83.9
HD 2039	00^h 24^m 20^s	−56° 39′ 00″	G2/G3IV–V	b	>4.85	1192.582	2.19	0.68
HD 2638	00^h 29^m 59^s	−05° 45′ 50″	G5	b	>0.48	3.4442	0.044	0
54 Piscium A	00^h 39^m 21^s	+21° 15′ 01″	K0V	b	>0.2	62.23	0.284	0.63
HD 4208	00^h 44^m 26^s	−26° 30′ 56″	G5V	b	>0.8	812.197	1.67	0.05
HD 4308	00^h 44^m 39^s	−65° 38′ 58″	G5V	b	>0.047	15.56	0.114	0
HD 4203	00^h 44^m 41^s	+20° 26′ 56″	G5	b	>1.65	400.944	1.09	0.46
HD 6434	01^h 04^m 40^s	−39° 29′ 17″	G3IV	b	>0.48	22.09	0.15	0.3
HD 8574	01^h 25^m 12^s	+28° 34′ 00″	F8	b	>2.23	228.8	0.76	0.4
Upsilon Andromedae A	01^h 36^m 48^s	+41° 24′ 38″	F8V	b	>0.687	4.617113	0.0595	0.023
				c	>1.97	241.23	0.830	0.262
				d	>3.93	1290.1	2.54	0.258
q¹ Eridani	01^h 42^m 29^s	−53° 44′ 27″	F8V	b	>0.91	1040	2.1	0.18
109 Piscium	01^h 44^m 55^s	+20° 04′ 59″	G5IV	b	>6.12	1077.906	2.13	0.11
Eta2 Hydri	01^h 54^m 56^s	−67° 38′ 50″	G8.5III	b	>6.54	711	1.93	0.4
HD 11964	01^h 57^m 09^s	−10° 14′ 32″	G5	b	>0.11	37.82	0.229	0.15
HD 12661	02^h 04^m 34^s	+25° 24′ 51″	G6V	b	>2.3	263.6	0.83	0.35
HD 12661	02^h 04^m 34^s	+25° 24′ 51″	G6V	c	>1.57	1444.5	2.56	0.2
HD 13189	02^h 09^m 40^s	+32° 18′ 59″	K2II	b	>14	471.6	1.85	0.28
Gliese 86 A	02^h 10^m 14^s	−50° 50′ 00″	K1V	b	>4.01	15.766	0.11	0.046
79 Ceti	02^h 35^m 19^s	−03° 33′ 38″	G5IV	b	>0.23	75.56	0.35	0.21
Iota Horologii	02^h 42^m 31^s	−50° 48′ 12″	G0Vp	b	>1.94	311.288	0.91	0.24
HIP 14810	03^h 11^m 14^s	+21° 05′ 50″	G5	b	>3.84	6.674	0.0692	0.148
HIP 14810	03^h 11^m 14^s	+21° 05′ 50″	G5	c	>0.951	113.8267	0.458	0.2806
94 Ceti A	03^h 12^m 46^s	−01° 11′ 45″	F8V	b	>2	454	1.3	0.2
HD 20367	03^h 17^m 40^s	+31° 07′ 37″	G0	b	>1.07	500	1.25	0.23
HD 20782	03^h 20^m 03^s	−28° 51′ 14″	G2V	b	>1.8	585.86	1.36	0.92
Epsilon Eridani	03^h 32^m 55^s	−09° 27′ 29″	K2V	b	1.55	2502	3.39	0.702	30.1
HD 23079	03^h 39^m 43^s	−52° 54′ 57″	F8/G0V	b	>2.61	738.459	1.65	0.1
HD 23596	03^h 48^m 00^s	+40° 31′ 50″	F8	b	>7.19	1558	2.72	0.314
Epsilon Reticuli A	04^h 16^m 29^s	−59° 18′ 07″	K2IVa	b	>1.28	423.841	1.18	0.07
HD 27894	04^h 20^m 47^s	−59° 24′ 39″	K2V	b	>0.62	17.991	0.122	0.049
HD 28185	04^h 26^m 26^s	−10° 33′ 02″	G5	b	>5.72	383.0	1.031	0.070
HD 30177	04^h 41^m 54^s	−58° 01′ 14″	G8V	b	>9.17	2819.654	3.86	0.3
HD 33283	05^h 08^m 01^s	−26° 47′ 50″	G3V	b	>0.33	18.179	0.168	0.48
HD 33636	05^h 11^m 46^s	+04° 24′ 12″	G0V	b	>9.28	2447.292	3.56	0.53
HD 34445	05^h 17^m 40^s	+07° 21′ 12″	G0	b	>0.58	126	0.51	0.4
HD 33564	05^h 22^m 33^s	+79° 13′ 52″	F6V	b	>9.1	388	1.1	0.34
HD 37124	05^h 37^m 02^s	+20° 43′ 50″	G4V	b	>0.61	154.46	0.53	0.055
				d	>0.6	843.6	1.64	0.14
				c	>0.683	2295	3.19	0.2
Pi Mensae	05^h 37^m 09^s	−80° 28′ 08″	G1IV	b	>10.35	2063.818	3.29	0.62
HD 37605	05^h 40^m 01^s	+06° 03′ 38″	K0V	b	>2.3	55	0.25	0.677
HD 38529	05^h 46^m 34^s	+01° 10′ 05″	G4IV	b	>0.78	14.309	0.129	0.29
HD 38529	05^h 46^m 34^s	+01° 10′ 05″	G4IV	c	>12.7	2174.3	3.68	0.36
HD 41004 A	05^h 59^m 49^s	−48° 14′ 22″	K1V	b	>2.3	655	1.31	0.39
HD 41004 B	05^h 59^m 50^s	−48° 14′ 23″	M2	b	18.4	1.3283	0.0177	0.081
HD 40979 A	06^h 04^m 29^s	+44° 15′ 37″	F8V	b	>3.32	267.2	0.811	0.23
AB Pictoris	06^h 19^m 12^s	−58° 03′ 15″	K2V	b	13.5		275
HD 45350	06^h 28^m 45^s	+38° 57′ 46″	G5IV	b	>1.79	890.76	1.92	0.778
HD 46375	06^h 33^m 12^s	+05° 27′ 46″	K1IV	b	>0.249	3.024	0.041	0.04
HD 47536	06^h 37^m 47^s	−32° 20′ 23″	K1III	b	>4.96	712.13	1.61	0.2
HD 49674	06^h 51^m 30^s	+40° 52′ 03″	G5V	b	>0.11	4.948	0.0568	0.16
HD 50499	06^h 52^m 02^s	−33° 54′ 56″	GIV	b	>1.71	2582.7	3.86	0.23
HD 50554	06^h 54^m 42^s	+24° 14′ 44″	F8	b	>4.9	1279	2.38	0.42
HD 52265	07^h 00^m 18^s	−05° 22′ 01″	G0V	b	>1.13	118.96	0.49	0.29
HD 59686	07^h 31^m 48^s	+17° 05′ 09″	K2III	b	>5.25	303	0.911	0
HD 63454	07^h 39^m 21^s	−78° 16′ 44″	K4V	b	>0.38	2.81782	0.036	0
Pollux	07^h 45^m 18^s	+28° 01′ 34″	K0IIIb	b	>2.9	589.64	1.69	0.02
HD 65216	07^h 53^m 4^s	−63° 38′ 50″	G5V	b	>1.21	613.1	1.37	0.41
HD 66428	08^h 03^m 28^s	−01° 09′ 45″	G5	b	>2.82	1973	3.18	0.465
HD 68988	08^h 18^m 22^s	+61° 27′ 38″	G0	b	>1.9	6.276	0.071	0.14
HD 69830	08^h 18^m 23^s	−12° 37′ 55″	K0V	b	>0.033	8.667	0.0785	0.1
				c	>0.038	31.56	0.186	0.13
				d	>0.058	197	0.63	0.07
HD 70642	08^h 21^m 28^s	−39° 42′ 19″	G5IV–V	b	>2	2231	3.3	0.1
HD 72659	08^h 34^m 03^s	−01° 34′ 05″	GOV	b	>2.96	3177.4	4.16	0.2
HD 73256	08^h 36^m 23^s	−30° 02′ 15″	G8/K0	b	>1.87	2.54858	0.037	0.03
HD 73526	08^h 37^m 16^s	−41° 19′ 08″	G6V	b	>2.9	188.3	0.66	0.19
HD 73526	08^h 37^m 16^s	−41° 19′ 08″	G6V	c	>2.5	377.8	1.05	0.14
HD 74156	08^h 42^m 25^s	+04° 34′ 41″	G0	b	>1.86	51.643	0.294	0.636
HD 74156	08^h 42^m 25^s	+04° 34′ 41″	G0	c	>6.17	2025	3.4	0.583
HD 75289	08^h 47^m 40^s	−41° 44′ 12″	G0V	b	>0.42	3.51	0.046	0.054
55 Cancri A	08^h 52^m 37^s	+28° 20′ 02″	G8V	e	>0.045	2.81	0.038	0.174
				b	>0.784	14.67	0.115	0.0197
				c	>0.217	43.93	0.24	0.44
				d	>3.92	4517.4	5.257	0.327
HD 76700	08^h 53^m 55^s	−66° 48′ 03″	G6V	b	>0.197	3.971	0.049	0.13
HD 80606	09^h 22^m 37^s	+50° 36′ 13″	G5	b	>3.41	111.78	0.439	0.927
HD 81040	09^h 23^m 47^s	+20° 21′ 52″	G2/G3	b	>6.86	1001.7	1.94	0.526
HD 82943	09^h 34^m 50^s	−12° 07′ 46″	G0	c	>2.01	219	0.746	0.359
HD 82943	09^h 34^m 50^s	−12° 07′ 46″	G0	b	>1.75	441.2	1.19	0.219
HD 83443	09^h 37^m 11^s	−43° 16′ 19″	K0V	b	>0.41	2.9853	0.04	0.08
HD 86081	09^h 56^m 06^s	−03° 48′ 30″	F8V	b	>1.5	2.1375	0.039	0.008
HD 88133	10^h 10^m 07^s	+18° 11′ 12″	G5IV	b	>0.22	3.41	0.047	0.11
HD 89307	10^h 18^m 21^s	+12° 37′ 15″	G0V	b	>2.73	3090	4.15	0.27
HD 89744	10^h 22^m 10^s	+41° 13′ 46″	F7V	b	>7.99	256.605	0.89	0.67
HD 92788	10^h 42^m 48^s	−02° 11′ 01″	G5	b	>3.86	377.7	0.97	0.27
HD 93083	10^h 44^m 20^s	−33° 34′ 37″	K3V	b	>0.37	143.58	0.477	0.14
OGLE-TR-132	10^h 50^m 34^s	−61° 57′ 25″	F	b	1.19	1.689857	0.0306	0	85
OGLE-TR-113	10^h 52^m 24^s	−61° 26′ 48″	K	b	1.32	1.4324757	0.0229	0	89.4
OGLE-TR-111	10^h 53^m 1^s	−61° 24′ 20″	G or K	b	0.53	4.0161	0.047	0	88.1
BD−10°3166	10^h 58^m 28^s	−10° 46′ 13″	G4V	b	>0.48	3.488	0.046	0.07
47 Ursae Majoris	10^h 59^m 29^s	+40° 25′ 46″	G0V	b	>2.63	1089.0	2.13	0.061
47 Ursae Majoris	10^h 59^m 29^s	+40° 25′ 46″	G0V	c	>0.79	2594	3.79	0
HD 99109	11^h 24^m 17^s	−01° 31′ 44″	K0	b	>0.502	439.3	1.105	0.09
83 Leonis B	11^h 26^m 46^s	+03° 00′ 22″	K2V	b	>0.109	17.0431	0.1232	0.254
Gliese 436	11^h 42^m 11^s	+26° 42′ 23″	M2.5	b	>0.0673	2.644963	0.0278	0.207
HD 101930	11^h 43^m 30^s	−58° 00′ 24″	K1V	b	>0.3	70.46	0.302	0.11
HD 102117	11^h 44^m 50^s	−58° 42′ 13″	G6V	b	>0.14	20.67	0.149	0.06
HD 102195	11^h 45^m 42^s	+02° 49′ 17″	G8V	ET-1	>0.488	4.11434	0.049	0.06
HD 104985	12^h 05^m 15^s	+76° 54′ 20″	G9III	b	>6.3	198.2	0.78	0.03
HD 106252	12^h 13^m 29^s	+10° 02′ 29″	G0	b	>6.81	1500	2.61	0.54
HD 107148	12^h 19^m 13^s	−03° 19′ 11″	G5	b	>0.21	48.056	0.269	0.05
HD 108147	12^h 25^m 46^s	−64° 01′ 19″	F8/G0V	b	>0.4	10.901	0.104	0.498
HD 108874	12^h 30^m 26^s	+22° 52′ 47″	G5	b	>1.36	395.4	1.051	0.07
HD 108874	12^h 30^m 26^s	+22° 52′ 47″	G5	c	>1.018	1605.8	2.68	0.25
HD 109749	12^h 37^m 16^s	−40° 48′ 43″	G3IV	b	>0.28	5.24	0.0635	0.01
HD 111232	12^h 48^m 51^s	−68° 25′ 30″	G8V	b	>6.8	1143	1.97	0.2
HD 114386	13^h 10^m 39^s	−35° 03′ 17″	K3V	b	>0.99	872	1.62	0.28
HD 114762	13^h 12^m 19^s	+17° 31′ 01″	F9V	b	>11.02	83.89	0.3	0.34
HD 114783	13^h 12^m 43^s	−02° 15′ 54″	K0	b	>0.99	501	1.2	0.1
HD 114729	13^h 12^m 44^s	−31° 52′ 24″	G3V	b	>0.82	1131.478	2.08	0.31
70 Virginis	13^h 28^m 26^s	+13° 47′ 12″	G4V	b	>7.44	116.689	0.48	0.4
HD 117207	13^h 29^m 21^s	−35° 34′ 15″	G8VI/V	b	>2.06	2627.08	3.78	0.16
HD 117618	13^h 32^m 25^s	−47° 16′ 16″	G2V	b	>0.19	52.2	0.28	0.39
HD 118203	13^h 34^m 02^s	+53° 43′ 42″	K0	b	>2.13	6.1335	0.07	0.309
Tau Boötis A	13^h 47^m 17^s	+17° 27′ 22″	F7V	b	>3.9	3.3135	0.046
HD 121504	13^h 57^m 17^s	−56° 02′ 24″	G2V	b	>0.89	64.6	0.32	0.13
HD 122430	14^h 02^m 22^s	−27° 25′ 47″	K3III	b	>3.71	344.95	1.02	0.68
HD 128311	14^h 36^m 00^s	+09° 44′ 47″	K0	b	>2.18	448.6	1.099	0.25
HD 128311	14^h 36^m 00^s	+09° 44′ 47″	K0	c	>3.21	919	1.76	0.17
HD 130322	14^h 47^m 32^s	−00° 16′ 53″	K0V	b	>1.08	10.724	0.088	0.048
23 Librae	15^h 13^m 28^s	−25° 18′ 33″	G5V	b	>1.58	260	0.78	0.24
HD 136118	15^h 18^m 55^s	−01° 35′ 32″	F9V	b	>11.9	1209	2.3	0.37
Gliese 581	15^h 19^m 26^s	−07° 43′ 20″	M3	b	>0.056	5.366	0.041	0
Iota Draconis	15^h 24^m 55^s	+58° 57′ 57″	K2III	b	>8.82	511.098	1.275	0.7124
GQ Lupi	15^h 49^m 12^s	−35° 39′ 03″	K7eV	b	21.5		103
HD 330075	15^h 49^m 37^s	−49° 57′ 48″	G5	b	>0.76	3.369	0.043	0
HD 141937	15^h 52^m 17^s	−18° 26′ 09″	G2/G3V	b	>9.7	653.22	1.52	0.41
HD 142415	15^h 57^m 40^s	−60° 12′ 00″	G1V	b	>1.62	386.3	1.05	0.5
Rho Coronae Borealis	16^h 01^m 03^s	+33° 18′ 51″	G0V or G2V	b	>1.04	39.845	0.22	0.04
XO-1	16^h 02^m 12^s	+28° 10′ 11″	G1V	b	0.9	3.941534	0.0488		89.31
HD 142022 A	16^h 10^m 15^s	−84° 13′ 53″	K0V	b	>4.4	1923	2.8	0.57
14 Herculis	16^h 10^m 23^s	+43° 49′ 18″	K0V	b	>4.74	1796.4	2.8	0.338
HD 147513	16^h 24^m 01^s	−39° 11′ 34″	G3/G5V	b	>1	540.4	1.26	0.52
HD 149026	16^h 30^m 29^s	+38° 20′ 50″	G0IV	b	0.36	2.8766	0.042	0	85.3
HD 150706	16^h 31^m 17^s	+79° 47′ 23″	G0	b	>1	264	0.82	0.38
HD 149143	16^h 32^m 51^s	+02° 05′ 05″	G0IV	b	>1.33	4.072	0.053	0.016
HD 154857	17^h 11^m 15^s	−56° 40′ 50″	G5V	b	>1.8	398.5	1.11	0.51
Mu Arae	17^h 44^m 08^s	−51° 50′ 02″	G3IV–V	d	>0.03321	9.6386	0.09094	0.172
				e	>0.5219	310.55	0.9210	0.0666
				b	>1.676	643.25	1.497	0.128
				c	>1.814	4205.8	5.235	0.0985
OGLE-2005-BLG-071L	17^h 50^m 09^s	−34° 40′ 23″		b	0.9	2900	1.8
HD 162020	17^h 50^m 38^s	−40° 19′ 06″	K2V	b	>13.75	8.428198	0.072	0.277
OGLE-TR-10	17^h 51^m 28^s	−29° 52′ 34″	G or K	b	0.54	3.101269	0.04162	0	86.46
OGLE-2005-BLG-390L	17^h 54^m 19^s	−30° 22′ 38″	M	b	0.017	3500	2.1
OGLE-TR-56	17^h 56^m 35^s	−29° 32′ 21″	G	b	1.45	1.2119189	0.0225	0	81
SWEEPS-4	17^h 58^m 54^s	−29° 11′ 21″		b	<3.8	4.2	0.055
SWEEPS-11	17^h 59^m 03^s	−29° 11′ 54″		b	9.7	1.796	0.03
HD 164922	18^h 02^m 30^s	+26° 18′ 46″	K0V	b	>0.36	1155	2.11	0.05
OGLE-2003-BLG-235L	18^h 05^m 16^s	−28° 53′ 42″		b	2.6		5.1
OGLE-2005-BLG-169L	18^h 06^m 05^s	−30° 43′ 57″		b	0.04	3300	2.8
HD 168443	18^h 20^m 04^s	−09° 35′ 34″	G5	b	>7.2	58.116	0.29	0.529
HD 168443	18^h 20^m 04^s	−09° 35′ 34″	G5	c	>17.1	1739.5	2.87	0.228
HD 168746	18^h 21^m 49^s	−11° 55′ 21″	G5	b	>0.23	6.403	0.065	0.081
HD 169830	18^h 27^m 49^s	−29° 49′ 00″	F8V	b	>2.88	225.62	0.81	0.31
HD 169830	18^h 27^m 49^s	−29° 49′ 00″	F8V	c	>4.04	2102	3.6	0.33
SCR 1845−6357	18^h 45^m 07^s	−63° 57′ 43″	M8.5V	b	8.5		4.5
GSC 02652-01324	19^h 04^m 09^s	+36° 37′ 57″	K0V	TrES-1	0.61	3.030065	0.0393	0.135	88.2
HD 177830	19^h 05^m 20^s	+25° 55′ 14″	K0	b	>1.28	391	1	0.43
GSC 03549-02811	19^h 07^m 14^s	+49° 18′ 59″	G0V	TrES-2	1.28	2.47063	0.0367	0	83.9
HD 178911 B	19^h 09^m 03^s	+34° 35′ 59″	G5	b	>6.292	71.487	0.32	0.1243
HD 179949	19^h 15^m 33^s	−24° 10′ 45″	F8V	b	>0.98	3.092	0.04	0.05
HD 183263	19^h 28^m 24^s	+08° 21′ 28″	G2IV	b	>3.69	634.23	1.52	0.38
HD 185269	19^h 37^m 12^s	+28° 30′ 00″	G0IV	b	>0.94	6.838	0.077	0.3
16 Cygni B	19^h 41^m 51^s	+50° 31′ 03″	G2.5V	b	>1.68	798.5	1.681	0.681
HD 187123	19^h 46^m 57^s	+34° 25′ 15″	G5	b	>0.52	3.097	0.042	0.03
HD 187085	19^h 49^m 33^s	−37° 46′ 50″	G0V	b	>0.75	986	2.05	0.47
HD 188015	19^h 52^m 04^s	+28° 06′ 01″	G5IV	b	>1.26	456.46	1.19	0.15
HD 188753 A	19^h 54^m 58^s	+41° 52′ 17″	K0	b	>1.14	3.3481	0.0446	0
HD 189733	20^h 00^m 43^s	+22° 42′ 39″	K1–K2	b	1.15	2.218573	0.0313	0	85.79
HD 190228	20^h 03^m 00^s	+28° 18′ 24″	G5IV	b	>4.99	1127	2.31	0.43
Gliese 777 A	20^h 03^m 37^s	+29° 53′ 48″	G6IV	c	>0.057	17.1	0.128	0.01
Gliese 777 A	20^h 03^m 37^s	+29° 53′ 48″	G6IV	b	>1.502	2891	3.92	0.36
HD 192263	20^h 13^m 59^s	−00° 52′ 00″	K2V	b	>0.72	24.348	0.15	0
HD 195019 A	20^h 28^m 17^s	+18° 46′ 12″	G3IV–V	b	>3.43	18.3	0.14	0.05
WASP-2	20^h 30^m 54^s	+06° 25′ 46″	K1V	b	0.88	2.152226	0.0307	0	87
HD 196050	20^h 37^m 51^s	−60° 38′ 04″	G3V	b	>3	1289	2.5	0.28
HD 196885 A	20^h 39^m 51^s	+11° 14′ 58″	F8IV	b	>1.84	386	1.12	0.3
HD 202206	21^h 14^m 57^s	−20° 47′ 21″	G6V	b	>17.4	255.87	0.83	0.435
HD 202206	21^h 14^m 57^s	−20° 47′ 21″	G6V	c	>2.44	1383.4	2.55	0.267
HD 208487	21^h 57^m 19^s	−37° 45′ 49″	G2V	b	>0.45	123	0.49	0.32
HD 209458	22^h 03^m 10^s	+18° 53′ 04″	G0V	b	0.69	3.52474859	0.045	0.07	86.929
HD 210277	22^h 09^m 29^s	−07° 32′ 32″	G0	b	>1.24	435.6	1.097	0.45
Gliese 849	22^h 09^m 40^s	−04° 38′ 27″	M3.5	b	>0.83	1880	2.35	0.07
HD 212301	22^h 27^m 30^s	−77° 43′ 04″	F8V	b	>0.45	2.457	0.036	0
HD 213240	22^h 31^m 00^s	−49° 25′ 59″	G4IV	b	>4.5	951	2.03	0.45
Gliese 876	22^h 53^m 13^s	−14° 15′ 13″	M4V	d	>0.0185	1.937760	0.0208	0
				c	>0.619	30.340	0.1303	0.2243
				b	>1.93	60.940	0.208	0.0249
Tau¹ Gruis	22^h 53^m 37^s	−48° 35′ 53″	G0V	b	>1.49	1442.919	2.7	0.34
Rho Indi	22^h 54^m 39^s	−70° 04′ 25″	G4IV–V	b	>2.1	1294	2.7	0.34
HD 216770	22^h 55^m 53^s	−26° 39′ 31″	K1V	b	>0.65	118.45	0.46	0.37
51 Pegasi	22^h 57^m 27^s	+20° 46′ 07″	G2IV	b	>0.468	4.23077	0.052	0
ADS 16402 B	22^h 57^m 47^s	+38° 40′ 30″	G0V	HAT-P-1b	0.53	4.46529	0.0551	0.09	85.9
HD 217107	22^h 58^m 15^s	−02° 23′ 42″	G8IV	b	>1.37	7.1269	0.074	0.13
HD 217107	22^h 58^m 15^s	−02° 23′ 42″	G8IV	c	>2.1	3150	4.3	0.55
Psi¹ Aquarii	23^h 15^m 53^s	−09° 05′ 15″	K0III	b	>2.9	182	0.3
Gamma Cephei A	23^h 39^m 20^s	+77° 37′ 56″	K2V	b	>1.59	902.26	2.03	0.2
HD 222582	23^h 41^m 51^s	−05° 59′ 08″	G5	b	>5.11	572	1.35	0.76
HD 224693	23^h 59^m 54^s	−22° 25′ 41″	G2IV	b	>0.71	26.73	0.233	0.05

[edit] Pulsars

There are currently four known planets orbiting two different pulsars. The planet of PSR B1620−26 is in a circumbinary orbit around a pulsar and a white dwarf star.

Sorted by increasing right ascension of the parent pulsar. Planets within a system sorted by increasing orbital period.

Star	Right ascension	Declination	Spectral type	Planet	Planet mass (M_J)	Orbital period (d)	Semimajor axis (AU)	Orbital eccentricity	Inclination (°)
PSR B1257+12	13^h 00^m 03^s	+12° 40′ 57″	pulsar	A	6.3 × 10⁻⁵	25.262	0.19	0
				B	0.014	66.5419	0.36	0.0186	53
				C	0.012	98.2114	0.46	0.0252	47
PSR B1620−26	16^h 23^m 38^s	−26° 31′ 53″	pulsar + DB	c	2.5	~36500	23		55

[edit] Brown dwarfs

There is currently one known planet orbiting a brown dwarf.

Sorted by increasing right ascension of the parent brown dwarf.

Star	Right ascension	Declination	Spectral type	Planet	Planet mass (M_J)	Orbital period (d)	Semimajor axis (AU)	Orbital eccentricity	Inclination (°)
2M1207	12^h 07^m 33^s	−39° 32′ 54″	M8	b	5		46

[edit] Free floating planets

There is currently one suspected free floating, i.e. it doesn't appear to orbit a star.

Sorted by increasing right ascension of the planet.

Planet	Right ascension	Declination	Spectral type	Planet mass (M_J)	Inclination (°)
S Ori 70	05^h 38^m 10^s	−02° 36′ 26″	T5.5	3

[edit] References

Reference code	Reference
EPE	Schneider, J.. The Extrasolar Planets Encyclopaedia. Retrieved on 14 September, 2006.
CNE	Butler, R. et al. (2006). "Catalog of Nearby Exoplanets". The Astrophysical Journal 646: 505 – 522. (web version)
Luhman	Luhman, K. et al. (2005). "Discovery of a Planetary-Mass Brown Dwarf with a Circumstellar Disk". The Astrophysical Journal 635 (1): L93 – L96.
Martin	Martin, E. (2004). "S Ori 70: still a strong cluster planet candidate." Wed, 27 Oct 2004.
Pepe	F. Pepe, A.C.M. Correia, M. Mayor, O. Tamuz, W. Benz, J.-L. Bertaux, F. Bouchy, J. Couetdic, J. Laskar, C. Lovis, D. Naef, D. Queloz, N.C. Santos, J.-P. Sivan, D. Sosnowska, S. Udry (2006). "The HARPS search for southern extra-solar planets. IX. mu Ara, a system with four planets." Fri, 18 Aug 2006.