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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