A Table of Extrasolar Planets

Planets Orbiting Normal Stars

Star	Type	Distance (LY)	Minimum Mass	Period (days)	AU	Eccentricity	m/s	Discovery Team
HD 14762	F9	91	11.0	84	0.41	0.33	619	Latham, Mayor, et al.
51 Pegasi	G2	50	0.44	4.2308	0.051	0.01	56	Mayor/Queloz
47 Ursae Maj	G0	43	2.42	1093	2.08	0.10	47.2	Marcy/Butler
70 Virginis	G5	72	7.4	116.7	0.47	0.40	316.8	Marcy/Butler
Tau Bootis A	F6	49	3.64	3.3126	0.042	0.00	469	Marcy/Butler
Rho1 Cancri A	G8	44	0.85	14.656	0.12	0.03	75.8	Marcy/Butler
Upsilon Andr b	F8	44	0.69	4.617	0.059	0.04	73	Marcy/Butler
Upsilon Andr c	F8	44	2.0	241.3	0.82	0.23	54	Marcy/Butler & Noyes, et al.
Upsilon Andr d	F8	44	4.1	1280.6	2.4	0.31	67	Marcy/Butler & Noyes, et al.
16 Cygni B	G2	70	1.74	802.8	1.70	0.68	52.2	Marcy/Butler & Cochran/Hatzes
Rho Cor Bor	G0	54	1.1	39.6	0.23	0.1	67	Noyes/Brown, et al.
Gliese 876	M4	15	2.1	60.9	0.21	0.27	239	Marcy/Butler, et al.
Gliese 614 (14 Her)	K0	55	4.5	1710	2.5	0.37	95	Mayor/Queloz
HD 187123	G5	150	0.52	3.097	0.042	0.00	72	Marcy/Butler, et al.
HD 210277	G0	68	1.36	437	1.15	0.45	41	Marcy/Butler, et al.
HD 217107	G8	120	1.28	7.11	0.07	0.14	140	Marcy/Butler, et al.
HD 195019	G3	65	3.43	18.3	0.14	0.05	268	Marcy/Butler, et al.
Gliese 86A	K1	39	3.6	15.8	0.11	0.04	379	Mayor/Queloz, et al.
HD 168443A	G8IV	125	5.04	58	0.28	0.54	330	Marcy/Butler, et al.
HD 75289	G0	94	0.42	3.508	0.047	0.00	54	Mayor/Queloz, et al.
Iota Hor (HR 810)	G0	51	2.26	320	0.91	0.16	67	Kürster/Hatzes, et al.
HD 130322	K0	97	1.08	10.7	0.103	0.03	115	Udry/Mayor, et al.
HD 192263	K2	65	0.78	24.36	0.15	0.12	68	Santos/Mayor, et al.
HD 10697	G5IV	106	6.35	1072	2.13	0.12	123	Marcy/Butler, et al.
HD 37124	G4	108	1.04	155.7	0.55	0.19	43	Marcy/Butler, et al.
HD 134987	G5	83	1.58	260	0.81	0.24	50	Marcy/Butler, et al.
HD 177830	K2IV	192	1.22	392	1.10	0.43	36	Marcy/Butler, et al.
HD 222582	G3	137	5.4	576	1.35	0.71	187	Marcy/Butler, et al.
HD 209458	G0	153	0.63*	3.5238	0.045	0.00	81	Latham/Mayor, et al. & Marcy/Butler, et al.

All stars main sequence (V) unless otherwise specified
*The orbital inclination is known, so the minimum mass is identical to the actual mass.

Planets Orbiting Pulsars

Pulsar	Distance (LY)	Planet Mass	AU	Period (days)	Eccentricity	Discovery Team
1257+12	1,000	0.015 Earths	0.19	25 days	0.00	Wolszczan/Frail
1257+12	1,000	~4 Earths	0.36	67 days	0.02	Wolszczan/Frail
1257+12	1,000	~4 Earths	0.47	98 days	0.03	Wolszczan/Frail
B1620-26	12,000(M4)	~10 Jupiters	~38	~100 years	?	Thorsett/Rasio, et al.

Back to Hunting Planets Beyond,

17 August, 2000

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