List of exoplanets discovered in 2026

This list of exoplanets discovered in 2026 is a list of confirmed exoplanets that were first reported in 2026. For exoplanets detected only by radial velocity, the listed value for mass is a lower limit. See Minimum mass for more information. For exoplanets detected only by direct imaging or microlensing without a determined orbit, the listed value for semi-major axis is the projected separation.

Name	Mass (`M`_J)	Radius (`R`_J)	Period (days)	Semi-major axis (AU)	Temp. (K)	Discovery method	Distance (ly)	Host star mass (`M`_☉)	Host star temp. (K)	Remarks
Beta Pictoris d	2.4±0.6	1.26±0.03	33200⁺⁶⁶⁰⁰ ₋₉₉₀₀	26.0^+2.2 _−6.1	600⁺⁴⁵ ₋₆₀	imaging	63.4±0.1	1.789^+0.024 _−0.027	8054±96	^[1]^[2]
DMPP-2c	0.1629^+0.0171 _−0.0173		3.168^+0.355 _−0.002	0.04789^+0.00327 _−0.00049		radial vel.	449.900^+2.221 _−2.202	1.41±0.04	6500±100	^[3]
DMPP-2d	0.2888^+0.0192 _−0.0230		16.491^+0.067 _−0.053	0.1432^+0.0012 _−0.0013		radial vel.	449.900^+2.221 _−2.202	1.41±0.04	6500±100	^[3]
DMPP-6b	0.0182^+0.0030 _−0.0025		7.6027^+0.0261 _−0.0016	0.00779^+0.0016 _−0.0012		radial vel.	178.167 ^+0.266 _−0.265	1.079±0.045	6182⁺¹³⁹ ₋₁₀₀^[4]	^[3]
DMPP-6c	0.0424^+0.0050 _−0.0062		36.441^+0.077 _−0.070	0.2206^+0.0033 _−0.0039		radial vel.	178.167 ^+0.266 _−0.265	1.079±0.045	6182⁺¹³⁹ ₋₁₀₀^[4]	^[3]
DMPP-7b	0.21697^+0.00532 _−0.00523		4.92666±0.00030	0.0607±0.0003	1456	radial vel.	330.706 ^+1.729 _−1.716	1.23±0.02	6096±30	^[5]
DMPP-8b	0.2551±0.0223		62.915^+0.041 _−0.033	0.3098^+0.0098 _−0.0108		radial vel.	248.319 ^+0.620 _−0.617	0.990±0.040	6009⁺¹⁰⁷ ₋₁₄₇^[4]	^[3]
DMPP-9b	0.0454^+0.0081 _−0.0074		12.733^+0.584 _−0.524	0.1097^+0.0041 _−0.0037		radial vel.	357.285 ^+1.011 _−1.008	1.10±0.04	6092⁺¹³¹ ₋₁₃₄^[4]	^[3]
Elias 2-24 b	1.9–4.0			54.9±4.3		imaging	454±4^[6]	0.78+0.35 −0.13		^[7]
Gaia23braL b	1.630^+0.420 _−0.378			4.847^+0.770 _−0.808		microlensing	14123⁺³²⁷¹ ₋₃₃₀₀	0.774^+0.170 _−0.146		^[8]
GJ 48 b	0.0255±0.0051		39.6299±0.2900	0.1752±0.0011	271	radial vel.	26.8613±0.0076	0.470±0.010	3450±50	^[9]
GJ 523 b	0.0739±0.0104	0.2275±0.0134	17.745740±0.000045	0.1226±0.0015	538±13	transit	86.8±0.03^[6]	0.781±0.029	4660±50	^[10]
GJ 887 d	0.019±0.004		50.77±0.05	0.212^+0.007 _−0.008	241⁺¹⁰ ₋₉	radial vel.	10.7241±0.0007	0.495±0.049	3688±86	A super-Earth located in the habitable zone^[11]
GJ 887 e	0.00459^+0.00060 _−0.00057		4.4249±0.0001	0.0417^+0.0014 _−0.0015	544⁺²¹ ₋₂₀	radial vel.	10.7241±0.0007	0.495±0.049	3688±86	^[11]
GJ 1137 c	0.0161±0.0022		9.6412^+0.0012 _−0.0011	0.0835±0.0008		radial vel.	92.91±0.06	0.836^+0.023 _−0.025	5033.8^+85.7 _−77.2	^[12]
GJ 3090 c	0.031±0.004		15.9407±0.0058	0.0997±0.0008	407.2±7.4	radial vel.	73.305±0.085	0.519±0.013	3707±32	^[13]
GJ 3378 b	0.0072±0.0013		21.45±0.01	0.09673±0.00080	272±7	radial vel.	25.225 ± 0.006	0.262±0.021	3340±60	^[14]
GJ 4274 b	0.0093^+0.0017 _−0.0016		1.6339±0.0001	0.0153±0.0008		radial vel.	23.60±0.04	0.18±0.03	3228±19	^[15]
GJ 4274 c	0.0264^+0.0053 _−0.0049		69.57^+0.32 _−1.14	0.186±0.010		radial vel.	23.60±0.04	0.18±0.03	3228±19	^[15]
HAT-P-47 b	0.206±0.039	1.313±0.045	4.73217441±0.00000055		1605±22	transit	920.661 ^+15.753 _−15.238	1.387±0.038	6703±50	^[16]^[17]
HD 48265 c	4.45^+0.75 _−0.37		10418⁺²⁴⁵¹ ₋₁₄₁₂	10.4^+1.6 _−1.0		radial vel.	296.3±0.4	1.38±0.06	5805±34	^[18]
HD 50554 c	<0.017	0.117±0.005	5.969362±0.000020	0.0652±0.0010		transit	101.34±0.08	1.04±0.05	5968±96	^[19]
HD 50554 d	<0.0327	0.126^+0.013 _−0.008	28.06940±0.00040	0.1831±0.0029		transit	101.34±0.08	1.04±0.05	5968±96	^[19]
HD 60779 b	0.04465^+0.00305 _−0.00302	0.2896^+0.0089 _−0.0087	29.986175^+0.000030 _−0.000033	0.1922±0.0038	650±10	transit	115.596^+0.1523 _−0.1519	1.050±0.044	6081±60	^[20]
HD 60779 c	0.0890±0.0047		104.79±0.23			radial vel.	115.596^+0.1523 _−0.1519	1.050±0.044	6081±60	^[20]
HD 68475 b	5.16^+0.53 _−0.47		7832⁺⁴⁶³ ₋₃₂₃	7.27^+0.39 _−0.36		radial vel.	109.036 ^+0.109 _−0.108	0.83±0.10	5022±113	^[18]
HD 100508 b	1.20^+0.30 _−0.18		5681±42	6.11^+0.25 _−0.28		radial vel.	106.835±0.103	0.94±0.12	5419±112	^[18]
HD 114386 c	0.37±0.03		444.00^+0.93 _−0.88	1.05±0.04		radial vel.	91.27±0.05	0.80±0.03	4895±62	^[18]
HD 164604 c	9.5±1.2 or^[a] 7.6±1.0		5387⁺¹²⁰ ₋₁₂₇	5.556^+0.093 _−0.100		radial vel.	130.5±0.2	0.77±0.02	4663±31	^[21]
HD 176986 d	0.0213±0029		61.376^+0.051 _−0.049	0.28149±0.00240	363±10	radial vel.	90.96±0.06	0.789±0.019	4931±77	^[22]
HIP 8923 b	9.98^+0.78 _−0.16		5160⁺¹⁵⁰ ₋₂₄₀	5.90^+0.10 _−0.22		radial vel.	215.255 ^+0.720 _−0.715	1.01±0.04	5980±51	^[23]
HIP 10090 b	3.87^+0.65 _−0.60		2960⁺¹²⁰ ₋₁₀₀	3.87^+0.19 _−0.11		radial vel.	268.743 ^+0.961 _−0.954	0.94±0.04	5661±72	Also known as HD 13350 b.^[23]
HIP 10090 c	0.85^+0.03 _−0.12		321.8^+0.3 _−0.6	0.90±0.01		radial vel.	268.743 ^+0.961 _−0.954	0.94±0.04	5661±72	Also known as HD 13350 c.^[23]
HIP 39330 b	1.67^+0.19 _−0.08		4650⁺²¹⁰ ₋₂₅₀	5.05^+0.23 _−0.17		radial vel.	118.716±0.148	0.96±0.04	5748±81	^[23]
HIP 98599 b	6.85^+0.10 _−0.22		2656⁺⁴⁰ ₋₁₆	3.96^+0.07 _−0.01		radial vel.	247.689 ^+0.976 _−0.968	1.19±0.04	5978±300	^[23]
KMT-2016-BLG-1337L b	0.28^+0.15 _−0.16			3.97^+0.60 _−0.92		microlensing	22570⁺³³⁹² ₋₅₂₅₁	0.54±0.30		A circumbinary planet.^[24]
KMT-2020-BLG-0202L b	12.28^+7.37 _−5.43			4.17^+1.29 _−1.28		microlensing	12518⁺³⁸⁷⁹ ₋₃₈₄₇	0.81^+0.49 _−0.36		^[25]
KMT-2021-BLG-0852L b	0.49±0.17			7.78^+0.89 _−1.11		microlensing	23581⁺²⁷⁰⁷ ₋₃₃₅₉	0.75^+0.26 _−0.27		^[26]
KMT-2022-BLG-1551L b	2.96^+1.71 _−1.53			2.29^+0.30 _−0.44		microlensing	22494⁺²⁹⁹⁹ ₋₄₃₃₆	0.54^+0.31 _−0.28		^[25]
KMT-2022-BLG-1818L b	4.00^+1.24 _−2.00			2.6±0.9		microlensing	17286±6197	0.30^+0.12 _−0.06		^[27]
KMT-2022-BLG-1818L c	0.36^+0.30 _−0.21			12.6^+6.0 _−4.7		microlensing	17286±6197	0.30^+0.12 _−0.06		^[27]
KMT-2023-BLG-0466L b	3.25^+2.59 _−2.03			2.68^+0.45 _−0.63		microlensing	22168⁺³⁷¹⁶ ₋₅₂₁₆	0.44^+0.36 _−0.27		^[25]
KMT-2023-BLG-1592L b	0.57^+0.37 _−0.29			2.1±0.6		microlensing	22820⁺³⁵⁸⁶ ₋₇₁₇₂	0.59^+0.33 _−0.29		^[28]
KMT-2024-BLG-2005L b	0.16^+0.24 _−0.09			1.12^+0.15 _−0.15		microlensing	25179⁺³²⁶² ₋₃₄₅₇	0.12^+0.17 _−0.06		^[26]
KMT-2025-BLG-0121L b	7.77^+4.08 _−4.04			3.05^+0.46 _−0.66		microlensing	20212⁺³⁰³² ₋₄₄₀₀	0.61±0.32		^[25]
KMT-2025-BLG-0481L b	0.59^+0.85 _−0.34			2.18^+0.31 _−0.39		microlensing	26027⁺³⁶⁸⁶ ₋₄₆₉₇	0.22^+0.31 _−0.13		^[26]
KMT-2025-BLG-1616L b	0.1332^+0.1278 _−0.0694			1.6^+0.2 _−0.3		microlensing	24462⁺²²⁸³ ₋₃₂₆₂	0.26^+0.25 _−0.14		^[29]
KOINTREAU-1 b	10.6^+2.5 _−2.3			690±10		imaging	517.27^+13.79 _−13.11	0.26±0.03	3551±59	^[30]
KOINTREAU-3 b	3.4±0.7			342±4		imaging	458.646 ^+6.624 _−6.442		3920±70	^[30]
KOINTREAU-4 b	11.5^+1.2 _−1.6			182±2		imaging	474.470 ^+5.688 _−5.558			^[30]
LHS 1903 b	0.0103±0.0013	0.1233±0.0041	2.1555098^+0.0000026 _−0.0000029	0.02656^+0.00055 _−0.00058	796±20	transit	116.3±0.1	0.538^+0.039 _−0.030	3664±70	^[31]
LHS 1903 c	0.01432^+0.0023 _−0.0022	0.1825^+0.0070 _−0.0066	6.226185^+0.000028 _−0.000026	0.05387^+0.00112 _−0.00117	559±14	transit	116.3±0.1	0.538^+0.039 _−0.030	3664±70	^[31]
LHS 1903 d	0.01875±0.0036	0.2230^+0.0070 _−0.0069	12.566287^+0.000032 _−0.000028	0.08604^+0.00178 _−0.00186	442±11	transit	116.3±0.1	0.538^+0.039 _−0.030	3664±70	^[31]
LHS 1903 e	0.01822^+0.0050 _−0.0051	0.1545^+0.0053 _−0.0052	29.31773^+0.00028 _−0.00025	0.15135^+0.00314 _−0.00338	333⁺⁹ ₋₈	transit	116.3±0.1	0.538^+0.039 _−0.030	3664±70	^[31]
OGLE-2023-BLG-0766L b	1.20^+0.86 _−0.60			2.2±0.5		microlensing	23798⁺²⁹³⁴ ₋₃₅₈₆	0.45^+0.32 _−0.22		^[28]
NGTS-38 b	4.78^+0.40 _−0.37	1.081±0.047	180.52797±0.00036	0.697±0.035	457±11	transit	864	1.46±0.09	6310±129	Planet also known as TIC 65910228 b^[32]
NGTS-39 b	1.467±0.081	1.088±0.012	58.204720^+0.000042 _−0.000038	0.3077±0.0055	519⁺⁶ ₋₅	transit	907.941^+12.988 _−12.629	1.16±0.05	6053⁺⁶⁷ ₋₃₀	^[33]
TIC 77319217 b		0.27737	7.5483			transit	868.7	1.18±0.05	6126±128	^[34]
TIC 86380416 b		0.21519	6.0409			transit	810.2	1.07±0.144	5889±138.4	^[34]
TIC 87422071 b	1.29^+0.10 _−0.11	0.969^+0.087 _−0.084	11.364929	0.106±0.005	1,110±33	transit	1302	1.239^+0.070 _−0.080	6150±178	Star also known as TOI-6752.^[35]
TIC 117642575 b		0.25221	4.9446			transit	615.9	1.06±0.13	5862±133	^[34]
TIC 139702105 b		0.21884	6.836			transit	301.2	0.9±0.11	5265±121	^[34]
TIC 147027702 b	1.09^+0.07 _−0.13	0.975^+0.065 _−0.064	44.40523	0.274^+0.014 _−0.013	863⁺²⁶ ₋₂₇	transit	1490	1.406^+0.074 _−0.086	6410±183	^[35]
TIC 161045582 b		0.20038	8.8558			transit	527.9	1.04±0.128	5806±109.5	^[34]
TIC 178172313 b		0.25016	4.3732			transit	587.6	0.91±0.11	5300±132	^[34]
TIC 198190129 b		0.26077	7.948			transit	452.4	0.638±0.08	4075±118	^[34]
TIC 245076932 b	0.51^+0.04 _−0.05	0.970±0.048	21.613890	0.157±0.007	845±25	transit	1026	1.117±0.063	6130±178	^[35]
TIC 260969020 b		0.19868	8.4858			transit	394.2	0.75±0.085	4685±128	^[34]
TIC 294329732 b		0.1853	9.7566			transit	616.6	0.89±0.11	5215±119	^[34]
TIC 423703298 b		0.2473	4.0371			transit	442.8	0.691±0.08	4415±130	^[34]
TIC 437041147 b		0.19761	3.823			transit	812.3	0.913±0.11	5374±122	^[34]
TOI-237 c		0.1076±0.0031	1.74486147	0.0160^+0.0005 _−0.0006	515⁺¹¹ ₋₈	transit	124.86	0.1698^+0.0385 _−0.0350	3226⁺⁴⁷ ₋₄₈	^[36]
TOI-375 b	0.745^+0.052 _−0.053	0.961^+0.044 _−0.043	9.45469±0.00002	0.099±0.002	1,373⁺⁴⁷ ₋₄₅	transit	1292.163±10.948	1.441^+0.076 _−0.075	5259.9^+136.9 _−135.3	The star is a subgiant.^[37]^[38]
TOI-375 c	2.106^+0.223 _−0.212		115.5^+2.0 _−1.6	0.524±0.011	596±21	radial vel.	1292.163±10.948	1.441^+0.076 _−0.075	5259.9^+136.9 _−135.3	^[37]^[38]
TOI-375 d	1.402^+0.311 _−0.276		297.9^+28.9 _−18.6	0.984^+0.062 _−0.044	434±19	radial vel.	1292.163±10.948	1.441^+0.076 _−0.075	5259.9^+136.9 _−135.3	^[37]^[38]
TOI-791 b	0.02989+^+0.00516 _−0.00569	0.9930±0.0330	139.29931+^+0.00011 _−0.00012	0.602±0.022	434.3±9.7	transit	1,097 ± 5	1.28±0.08	6294±128	^[39]
TOI-791 c	0.05852^+0.00705 _−0.00658	1.155±0.040	232.01570^+0.00067 _−0.00071	0.863±0.032	362.8±8.2	transit	1,097 ± 5	1.28±0.08	6294±128	^[39]
TOI-883 b	0.123±0.012	0.604±0.028	10.057716	0.0898±0.0023	1,086±19	transit	336	0.956^+0.054 _−0.051	5697±80	^[40]
TOI-899 b	0.213±0.024	0.991±0.044	12.846185	0.1063±0.0026	1,040±19	transit	1004	0.972^+0.054 _−0.053	5696±80	^[40]
TOI-1080 b	0.0055^+0.0039 _−0.0018^[b]	0.1071±0.0052	3.9652482	0.0272^+0.0015 _−0.0016	368⁺¹² ₋₁₀	transit	83.36	0.1667±0.0041	3065±50	^[41]
TOI-1232 b	0.964±0.06	0.975±0.05	14.256±0.001	0.117±0.001		transit	1071.883^+7.774 _−7.666	1.05±0.133	5818±134.1	^[42]
TOI-1232 c	0.18±0.02		30.356±0.01	0.194±0.002		radial vel.	1071.883^+7.774 _−7.666	1.05±0.133	5818±134.1	^[42]
TOI-1243 b	0.0242±0.0047	0.2079±0.0107	4.65948	0.0437±0.0001	450	transit	140.6	0.515±0.027	3515±79	^[43]
TOI-1533 b	0.0884^+0.0104 _−0.0107	0.258±0.005	3.6457974±0.0000034	0.0445±0.0008		transit	326.32^+0.98 _−0.97	0.88±0.04	5146±81	^[44]
TOI-1533 c	0.115^+0.013 _−0.012	>0.67	8.0637926±0.0000052	0.076±0.002		transit	326.32^+0.98 _−0.97	0.88±0.04	5146±81	^[44]
TOI-1752 b	0.01284±0.0057	0.1508±0.0062	0.9351861^+0.0000014 _−0.0000015	0.01624±0.00056	1036±31	transit	336.009^+1.096 _−1.094	0.524±0.012	3762±77	^[45]
TOI-1752 c	0.0164±0.0069	0.1160±0.0125	32.71443^+0.00041 _−0.00035	0.1614±0.0069	291±17	transit	336.009^+1.096 _−1.094	0.524±0.012	3762±77	^[45]
TOI-2040 b	0.781±0.036	0.921±0.023	3.8608576^+0.0000045 _−0.0000044	0.04730±0.00150	1070±29	transit	472.01^+1.61 _−1.60	0.92±0.03	5132±129	^[46]
TOI-2049 b	1.53±0.18	1.485^+0.071 _−0.067	5.303468^+0.000050 _−0.000048	0.06919±0.00052	1869±128	transit	1863.96^+29.92 _−29.01	1.57±0.03	6164±202	^[46]
TOI-2133 b	0.026^+0.010 _−0.008^[b]	0.211±0.008	3.8266472	0.0410±0.0015	798±12	transit	245.3	0.644±0.019	4250±45	^[47]
TOI-2147 b	0.365±0.069	0.937±0.027	26.20518±0.00003	0.172±0.006	820±20	transit	920.112^+8.278 _−8.134	0.990±0.040	5983±50	^[48]
TOI-2578 b	0.526^+0.071 _−0.068	1.754^+0.058 _−0.057	3.4579667±0.0000033	0.0495^+0.0022 _−0.0021	1778⁺⁷⁵ ₋₇₄	transit	931.17^+11.47 _−11.20	1.27±0.09	6333±244	^[46]
TOI-3862 b	0.1688^+0.0087 _−0.0090	0.493±0.016	1.55745774	0.02539^+0.00064 _−0.00068	1,539	transit	801.2	0.90±0.07	5300±50	^[49]
TOI-4336 A c	0.114	0.1039^+0.0054 _−0.0052	7.587270	0.0481±0.0027	378±12	transit	73.23	0.2853^+0.0438 _−0.0356	3369⁺⁵¹ ₋₅₇	^[36]
TOI-4427 b	0.276^+0.039 _−0.041	1.168±0.028	4.6182621±0.0000017	0.05389^+0.00520 _−0.00350	1040⁺⁴⁶ ₋₅₀	transit	646.52^+3.03 _−3.00	0.90±0.03	5347±135	^[46]
TOI-4458 b	1.737±0.095	1.107±0.023	3.9393792±0.0000018	0.0522^+0.0016 _−0.0015	1759⁺³⁰ ₋₃₁	transit	1648.35^+16.63 _−16.31	1.47±0.04	6151±160	^[46]
TOI-4495 b	0.024^+0.004 _−0.05	0.221^+0.012 _−0.008	2.56699	0.03957±0.00047	1735	transit	801.2	1.247±0.045	6210±70	^[50]
TOI-4529 b	<0.015	0.158^+0.008 _−0.007	5.879577^+0.000011 _−0.000010	0.04997±0.0008	511⁺³⁴ ₋₁₅	transit	92.58 ± 0.13	0.482±0.023	3697±71	^[43]
TOI-4552 b	0.00576±0.0016	0.099±0.0036	0.30110032±0.00000014	0.0056255±0.0000003	1122	transit	89.3	0.2619±0.0063	3258±115	^[51]
TOI-4602 b	0.01948±0.0028	0.2195±0.02025	3.9812997±0.0000050	0.04746±0.00035	1321±78	transit	204.2	0.90±0.02	5966±50	^[52]
TOI-4616 b	0.00708±0.00236	0.1088	1.55382±0.00001	0.0150±0.00001^[c]	525	transit	91.9	0.1881±0.0094	3150±75	^[53]
TOI-5007 b	0.664^+0.043 _−0.042	0.9880±0.0310	2.543371±0.000001	0.0307±0.0012	774±19	transit	663.26^+4.05 _−4.00	0.632±0.013	3793±80	^[54]
TOI-5292 Ab	1.299^+0.081 _−0.074	1.128^+0.039 _−0.037	2.021910±0.000003	0.0279±0.0013	809⁺²² ₋₂₁	transit	1099.13 ± 26.63	0.596±0.013	3919±80	^[54]
TOI-5624 b	0.0296±0.0044	0.20644±0.00312	3.3903473±0.0000054	0.04201^+0.00041 _−0.00043	1136±15	transit	330.7±0.5	0.858^+0.033 _−0.029	5327±64	^[55]
TOI-5624 c	0.0151±0.006	0.22072±0.00375	7.885385±0.000018	0.07374^+0.00072 _−0.00075	857±11	transit	330.7±0.5	0.858^+0.033 _−0.029	5327±64	^[55]
TOI-5624 d	0.0154±0.0069	0.31975^+0.00455 _−0.0045	13.731468^+0.000042 _−0.000041	0.1067^+0.0010 _−0.0011	712.6^+9.5 _−9.4	transit	330.7±0.5	0.858^+0.033 _−0.029	5327±64	^[55]
TOI-5624 e	0.028^+0.0091 _−0.009	0.28968^+0.00375 _−0.00384	21.489936±0.000029	0.1439^+0.0014 _−0.0015	613.8^+8.2 _−8.1	transit	330.7±0.5	0.858^+0.033 _−0.029	5327±64	^[55]
TOI-5624 f	0.0409±0.0116		45.37^+0.74 _−0.90	0.2366^+0.0040 _−0.0041	478.5^+7.1 _−7.0	TTV	330.7±0.5	0.858^+0.033 _−0.029	5327±64	^[55]
TOI-5734 b	0.0286±0.0082	0.187±0.011	6.1841876^+0.0000080 _−0.0000094	0.05921±0.00024	688±23	transit	106.034^+0.255 _−0.254	0.724±0.009	4750±100	^[56]
TOI-5628 Ab	0.090±0.040	0.74±0.04	4.3416612±0.0000015	0.0368±0.0210	492±15	transit	358.87^+2.987 _−2.937	0.36±0.02	3310±100	^[57]
TOI-5788 b	0.0117±0.0030	0.1365±0.0067	6.340758	0.0640±0.0011		transit	317.6 ± 0.4	0.87±0.04	5615±25	^[58]
TOI-5788 c	0.0201±0.0038	0.2025±0.0036	16.213358	0.1197±0.0020		transit	317.6 ± 0.4	0.87±0.04	5615±25	^[58]
TOI-5789 b	0.00667±0.00088		2.76369±0.00096	0.03608±0.00045	1201±26	radial vel.	66.726^+0.124 _−0.123	0.821^+0.032 _−0.027	5185±80	^[59]
TOI-5789 c	0.0157±0.0016	0.255^+0.016 _−0.013	12.927748±0.000016	0.1009±0.0013	718±15	transit	66.726^+0.124 _−0.123	0.821^+0.032 _−0.027	5185±80	^[59]
TOI-5789 d	0.0135±0.0021		29.65±0.12	0.1756±0.0023	545±10	radial vel.	66.726^+0.124 _−0.123	0.821^+0.032 _−0.027	5185±80	^[59]
TOI-5789 e	0.03653±0.00305		62.98±0.22	0.2901±0.0037	424±8	radial vel.	66.726^+0.124 _−0.123	0.821^+0.032 _−0.027	5185±80	^[59]
TOI-5916 b	0.713^+0.241 _−0.114	1.013^+0.032 _−0.033	2.367128±0.000001	0.0262^+0.0021 _−0.0029	683⁺⁴³ ₋₂₉	transit	651.43^+11.10 _−10.75	0.477±0.011	3613±80	^[54]
TOI-5938 b	0.049^+0.025 _−0.022^[b]	0.341±0.010	2.2604240	0.0308±0.0010	1077⁺¹⁶ ₋₁₅	transit	371.9	0.744±0.016	4650±50	^[47]
TOI-6692 b	0.620^+0.080 _−0.065	1.042^+0.050 _−0.049	131.125±0.012	0.512^+0.014 _−0.012	467.0^+9.3 _−9.5	transit	1013	1.047^+0.089 _−0.071	5890⁺¹⁷⁰ ₋₁₈₀	^[60]
TOI-6019 b	0.469±0.047	1.10±0.03	14.547952^+0.000036 _−0.000035	0.1212±0.0033	1095±30	transit	849.047^+7.718 _−7.581	1.13±0.04	5561±70	^[48]
TOI-6716 b	0.00287	0.0874±0.0062	4.71859	0.032±0.003	369	transit	61.6	0.223±0.011	3110±80	^[61]
TOI-7009 b	0.047^+0.023 _−0.021^[b]	0.331±0.013	2.3206612	0.0287±0.0010	872⁺¹¹ ₋₁₀	transit	600.5	0.583±0.014	4080±25	^[47]
TOI-7169 b	0.41±0.14	1.475±0.029	3.4373125^+0.0000020 _−0.0000019	0.04280^+0.00016 _−0.00017	1631⁺¹⁹ ₋₂₀	transit	1524.303^+22.931 _−22.274	0.885 ±0.01	5714±42	Orbits a metal-poor star.^[62]
TOI-7384 b	0.039	0.3176±0.0187	6.23403	0.0439±0.004	378	transit	218	0.318±0.016	3185±75	^[61]
WISPIT 2 c	10±2	1.6^+0.6 _−0.7		14	2050±550	imaging	437 ± 1	1.08^+0.06 _−0.17	4400±50	^[63]
TOI-201 d	0.018±0.006	0.124±0.006	5.84889±0.00009	0.0698±0.0005		transit	365.9 ± 0.6	1.32^+0.02 _−0.04	6423⁺⁸⁶ ₋₉₀	^[64]
TOI-159 b	3.49±0.26	1.622±0.015	3.7628396±0.0000003	0.0560±0.0007	1891±23	transit	1133.688^+8.275 _−8.157	1.661^+0.017 _−0.019	7287⁺⁶⁹ ₋₇₃	^[65]
TIC 183374187 b	0.56±0.19	1.252±0.070	5.05907±0.00059		1379±23	transit	3952.89^+150.23 _−139.82	0.853±0.048	5768±58	^[66]
TOI-4311 b	0.014^+0.005 _−0.004	0.1228^+0.0069 _−0.0071	0.9902738^+0.0000029 _−0.0000030	0.01817^+0.00036 _−0.00037	1664±28	transit	440.311^+3.04 _−3.00	0.816^+0.047 _−0.049	5063±66	^[67]
TOI-4311 c	<0.04273	0.220^+0.011 _−0.010	15.070425^+0.000081 _−0.000075	0.1116^+0.0022 _−0.0023	671±11	transit	440.311^+3.04 _−3.00	0.816^+0.047 _−0.049	5063±66	^[67]
TOI-3457 b	<2.51	0.949±0.022	32.600268^+0.000028 _−0.000030	0.2001±0.0064	824.2^+10.3 _−9.9	transit	1209.118^+10.033 _−9.873	1.04±0.06	6300±120	^[68]
TOI-707 b		0.2155±0.0087	52.79918^+0.00021 _−0.00016	0.275±0.010	491.7^+7.9 _−7.4	transit	427.142^+1.357 _−1.347	0.990±0.060	5424±61	^[68]
TOI-3664 b	0.36±0.12	1.222±0.030	3.2974839±0.0000041	0.0431±0.0010	1232±12	transit	1516.122^+15.885 _−15.566	0.980±0.030	5593±32	^[69]
TOI-4034 b	0.870±0.160	1.580±0.020	1.8020932±0.0000012	0.03289±0.00071	1907±22	transit	2431.015^+29.237 _−28.561	1.19^+0.13 _−0.03	5891±40	^[69]
TOI-6564 b	0.699±0.066	1.463±0.019	3.985413±0.000011	0.0542±0.0012	1445±21	transit	624.237^+4.534 _−4.472	1.18^+0.16 _−0.03	5943±64	^[69]
HD 190360 d	0.0322±0.0025		88.690^+0.051 _−0.049	0.3886±0.0046		radial vel.	52.2 ± 0.3	0.9960^+0.0360 _−0.0350	5560±100	Star also known as Gliese 777^[70]
HD 127195 b	0.67±0.02		534.50^+2.85 _−2.92			radial vel.	276.307 ± 1.871	1.34±0.06	4981±26	^[71]
HD 127195 c	0.65±0.02		836.99^+9.35 _−9.67			radial vel.	276.307 ± 1.871	1.34±0.06	4981±26	^[71]
HD 125136 b	2.26±0.08		849.77^+4.61 _−4.73			radial vel.	395.488 ± 1.438	1.55±0.08	4959±34	^[71]
HD 126105 b	1.67^+0.19 _−0.17		524.0±2.9	1.36^+0.05 _−0.06		radial vel.	270.329^+1.079 _−1.071	1.20^+0.14 _−0.21	4875⁺⁴⁵ ₋₄₀	^[72]
TIC 150070085 b		0.323^+0.019 _−0.018	10.474230^+0.000045 _−0.000044		945.06^+62.73 _−42.89	transit	666.729^+7.573 _−7.407	1.16±0.06	5999±50	^[73]
Gl 725 B c	0.011±0.002		37.90±0.17	0.139±0.004	215±4	radial vel.	11.491 ± 0.001	0.25±0.02	3379±31	^[74]
HIP 81991 b	9.50^+5.40 _−2.20		5860±603	6.4^+0.6 _−0.3		radial vel.	143.189 ± 0.233	1.09^+0.07 _−0.13	5100⁺⁴⁰ ₋₇₀	^[75]
MOA-2020-BLG-108L b	10.67^+4.75 _−5.41			3.69^+0.98 _−1.11		microlensing	15492⁺⁴⁶³¹ ₋₅₈₇₁	0.58^+0.26 _−0.30		^[76]
TOI-603 b	0.104^+0.020 _−0.020	0.658±0.021	16.179846^+0.000019 _−0.000017	0.1282^+0.0046 _−0.0049	899±17	transit	671.706^+5.192 _−5.117	1.240±0.092	6027±93	^[77]
TOI-2114 b	1.02^+0.15 _−0.14	1.298±0.060	6.2099590^+0.0000045 _−0.0000047	0.0760^+0.0050 _−0.0049	1472⁺⁵⁷ ₋₅₅	transit	1036.800^+8.043 _−7.918	1.309±0.052	6400±170	^[77]
TOI-4492 b	5.92^+0.67 _−0.64	1.051±0.055	4.4331824^+0.0000015 _−0.0000014	0.0535^+0.0029 _−0.0030	1207±34	transit	467.047^+2.939 _−2.900	1.067±0.055	5711±83	^[77]
TOI-5806 b	2.27^+0.26 _−0.25	1.35^+0.17 _−0.11	3.1856381±0.0000010	0.0484±0.0025	1621⁺⁵⁶ ₋₅₂	transit	388.814^+2.711 _−2.679	1.333±0.099	6730±190	^[77]
TOI-5811 B b	0.81^+0.11 _−0.10	1.96±0.18	6.25663±0.00012	0.0731^+0.0048 _−0.0047	1530⁺⁵⁰ ₋₅₄	transit	554.998^+4.980 _−4.896	1.08±0.32	4840±110	^[77]
TOI-6158 b	0.425^+0.060 _−0.058	0.930^+0.240 _−0.100	3.04468990^+0.00000551 _{−0.00000534}	0.03275±0.00040	636±13	transit	590.679^+12.068 _−11.602	0.503^+0.022 _−0.023	3467±59	^[78]
TOI-7189 b	0.50±0.09	0.980±0.050	2.89055000^+0.00000612 _{−0.00000610}	0.03294^+0.00037 _−0.00038	738±32	transit	626.601^+5.255 _−5.171	0.612^+0.024 _−0.023	3775±59	^[79]
TOI-7265 B b	0.71±0.09	0.95±0.04	4.17232000^+0.00000256 _{−0.00000257}	0.04007^+0.00052 _−0.00054	571±27	transit	469.624^+3.451 _−3.400	0.521±0.023	3503±59	^[79]
TOI-7393 b	0.61±0.07	1.01±0.06	3.33708000^+0.00000095 _{−0.00000094}	0.03664±0.00041	747±32	transit	616.561 ± 2.101	0.600±0.021	3927±59	^[79]
TOI-7394 B b	2.10^+0.13 _−0.15	1.02±0.06	1.25299500±0.00000031	0.01913±0.00021	986.0±42.0	transit	619.682^+3.131 _−3.102	0.624±0.022	3717±59	^[79]
TOI-4468 b	0.535+0.031 −0.028	1.01 ± ~0.03	2.77085931 ± 0.00000036	0.03592+0.0006 −0.00057	1153+26 −22	radial vel.	1,233 ± 6	0.805+0.042 −0.038	5170+120 −110	^[80]
TOI-2195 A b	0.079±0.017	0.793+0.024 −0.022	4.16451307±0.00000054	0.04901+0.00065 −0.00052	1,098 ± 10	transit	174.67±0.3	0.905+0.036 −0.028	5266+72 −76	^[81]
CD-35 2722 B b	0.92^+0.01 _−0.05		171.11^+0.53 _−0.36	0.200^+0.001 _−0.004		radial vel.	72.93 ± 0.02	0.035		^[82]
KMT-2025-BLG-0975L b	0.09376^+0.15876 _−0.05047			0.81^+0.10 _−0.11		microlensing	25552⁺³¹³¹ ₋₃₄₂₅	0.10^+0.18 _−0.06		^[83]
KMT-2025-BLG-1160L b	0.07979^+0.04864 _−0.04443			2.56^+0.48 _−0.71		microlensing	19472⁺³⁹⁷⁹ ₋₅₉₆₉	0.58^+0.35 _−0.32		^[83]
TOI-3053 b	0.85±0.12	1.21±0.03	2.9919987^+0.0000013 _−0.0000012	0.039±0.001	1290±28	transit	1101.299^+7.169 _−7.078	0.960^+0.080 _−0.030	5378⁺⁸² ₋₉₀	^[84]
TOI-4409 b	0.047^+0.016 _−0.017	0.664±0.017	92.491789^+0.000101 _−0.000098			transit	585.201^+2.407 _−2.390	0.763^+0.026 _−0.025	4928⁺⁴⁷ ₋₅₀	^[84]
TOI-3278 b	0.30±0.07	1.24±0.04	3.2464560^+0.0000045 _−0.0000044	0.043±0.002	1561±35	transit	2953.291^+61.096 _−58.708	1.04^+0.09 _−0.10	5720⁺⁸⁹ ₋₉₁	^[84]
TIC 153919886 b		0.2414145539702196^{+0.0251598678590903} _{−0.0213581927178923}	2.105104923293050^{+0.000008636080577} _{−0.000008923471225}			transit	431.599 ± 1.112		4137.1646	^[34]
TIC 154870955 b		0.2760888563001960^{+0.0460191850866508} _{−0.0303526175763000}	7.969874712803670^{+0.000078417678983} _{−0.000078191242499}			transit	738.637^+2.257 _−2.244		4739.579	^[34]
TIC 160113658 b		0.31137155760185670^{+0.08559831881398323} _{−0.03570248045463697}	6.729522620768060^{+0.000073927553324} _{−0.000069743579276}			transit	652.837^+2.749 _−2.731		4817.3125	^[34]
TIC 188624430 b		0.3254638872898755^{+0.0257144702658053} _{−0.0237816626327756}	6.218604331321840^{+0.000022389464700} _{−0.000021279295484}			transit	980.957^+5.724 _−5.659		5369.4634	^[34]
TIC 18942729 b		0.1784473721008717^{+0.0258597984939548} _{−0.0196624825612358}	0.9981783806425880^{+0.0000643108285663} _{−0.0000680761472038}			transit	375.651^+2.028 _−2.009		4360.111	^[34]
TIC 206466666 b		0.1916478211765955^{+0.0265192136410673} _{−0.0203221301623093}	9.104868651593060^{+0.000101267410152} _{−0.000103975313102}			transit	416.956^+1.138 _−1.132		4620.303	^[34]
TIC 231949697 b		0.1363476834339067^{+0.0311752135782285} _{−0.0162841940351454}	0.907204487193626^{+0.000002667872843} _{−0.000002964684414}			transit	163.866 ± 0.203		3451.3208	^[34]
TIC 24750448 b		0.21743478553700518^{+0.02823039094759062} _{−0.02392071187684621}	3.5915919302927097^{+0.0000360527540653} _{−0.0000459901698364}			transit	581.041^+1.432 _−1.422		4545.429	^[34]
TIC 24750448 c		0.27569703321836747^{+0.03776680558860700} _{−0.02848083982015100}	10.143852707262800^{+0.000123319791820} _{−0.000127144914955}			transit	581.041^+1.432 _−1.422		4545.429	^[34]
TIC 249022743 b		0.4278427880155490^{+0.0348993814157703} _{−0.0324292545862923}	2.2571968153789799^{+0.0000123583694629} _{−0.0000119196695958}			transit	1293.556^+18.172 _−17.688		5567.5835	^[34]
TIC 270471727 b		0.2453653600732661^{+0.0323719141705559} _{−0.0220158262425414}	10.4562325664747^{+0.0000591283675} _{−0.0000572301363}			transit	593.964^+2.224 _−2.208		5271.394	^[34]
TIC 290487717 b		0.5921840343154057^{+0.0661061044263788} _{−0.0541656985348134}	3.4008182289958699^{+0.0011793302386680} _{−0.0014471126271851}			transit	1290.377^+11.389 _−11.194		5328.965	^[34]
TIC 32032563 b		0.3102333313397587^{+0.0369714825919144} _{−0.0311791459346766}	13.834604877911699^{+0.000241500768991} _{−0.000231011348767}			transit	1656.530^+10.679 _−10.544		5567.9287	^[34]
TIC 320419023 b		0.2473737536215563^{+0.0287280253468005} _{−0.0246266727088443}	5.263756515893130^{+0.000060443642852} _{−0.000067714133767}			transit	942.445^+9.909 _−9.710		5703.365	^[34]
TIC 34085383 b		0.3497037839152065^{+0.0365264397162014} _{−0.0298209142882206}	3.477933685226790^{+0.000016951727034} _{−0.000016178914104}			transit	486.407^+3.007 _−2.968		4694.8403	^[34]
TIC 349520724 b		0.2521427421270946^{+0.0385117981849975} _{−0.0260557771443568}	7.940446350207950^{+0.000042966813724} _{−0.000042108580824}			transit	786.423^+4.279 _−4.230		5098.6045	^[34]
TIC 356227008 b		0.21324330531428518^{+0.03065529493721200} _{−0.02489374122746576}	2.9614744870222403^{+0.0000487051751543} _{−0.0000401096036979}			transit	1264.381^+10.310 _−10.144		5731.8594	^[34]
TIC 38825265 b		0.1952626044462188^{+0.0318366603340034} _{−0.0218778831524872}	3.313369809852010^{+0.000025357772065} _{−0.000021976192717}			transit	540.242^+1.435 _−1.430		4375.5215	^[34]
TIC 38828280 b		0.2343670989440048^{+0.0743461334761465} _{−0.0285983044229798}	4.855589847618950^{+0.000049083397808} _{−0.000052615955203}			transit	934.203^+4.517 _−4.475		5046.6274	^[34]
TIC 390586021 b		0.2551609251127215^{+0.0272709160473440} _{−0.0251997617956750}	2.7470375581861401^{+0.0000289607383746} _{−0.0000292998791189}			transit	373.649^+1.696 _−1.686		4434.8135	^[34]
TIC 445839811 b		0.2210470495257361^{+0.0354221946018924} _{−0.0338772839173615}	11.108626031801400^{+0.001854538286546} _{−0.001711017198554}			transit	768.664^+4.719 _−4.660		5408.2505	^[34]
TIC 62895484 b		0.31170690356365055^{+0.03090746301019405} _{−0.02640924916318314}	2.8398543432660501^{+0.0002033964028336} _{−0.0002250447065028}			transit	962.024^+13.010 _−12.671		5520.7876	^[34]
TIC 65612701 b		0.45303209763831070^{+0.02983495919581965} _{−0.02911677188586568}	10.22467974953430^{+0.00004073632683} _{−0.00004387503243}			transit	494.548^+2.231 _−2.211		5692.2856	^[34]
TIC 67686059 b		0.23117706159020779^{+0.03742499114379303} _{−0.02809172281851355}	3.5216352955124002^{+0.0000380382233103} _{−0.0000433766374677}			transit	812.885^+6.115 _−6.025		5090.089	^[34]
TIC 77319217 b		0.27734861419182832^{+0.03073604503250523} _{−0.02642101275548070}	7.548307651235870^{+0.000085416332610} _{−0.000087163929053}			transit	872.931^+6.050 _−5.972		5961.52	^[34]
TIC 77552382 b		0.5077858588824531^{+0.0615030025908020} _{−0.0462742299606744}	3.510259049424970^{+0.000021350301666} _{−0.000020523628092}			transit	1218.314^+16.034 _−15.629		4981.0693	^[34]
TIC 86380416 b		0.21521682193530764^{+0.02614627432317089} _{−0.02152644141094828}	6.040864346099060^{+0.000106050456747} _{−0.000096431408375}			transit	798.103^+5.806 _−5.727		5723.7373	^[34]
TIC 88692598 b		0.16174169265501814^{+0.01857832562488095} _{−0.01745713833145239}	2.64909436758173^{+0.00001998244443} _{−0.00002130892334}			transit	239.814^+0.420 _−0.419		3483.169	^[34]
TOI-1036 b		0.5607107458972795^{+0.0360946863548485} _{−0.0355926083565226}	3.779521254959044^{+0.000006326797127} _{−0.000006553213139}			transit	600.201^+3.155 _−3.122		5664.6846	^[34]
TOI-1105 b		0.27283806273991518^{+0.08590924999707041} _{−0.03842706172611329}	10.868184109325735^{+0.000390771701379} _{−0.000393360234405}			transit	259.372^+0.604 _−0.601		4678.4644	^[34]
TOI-1226 b		0.21501608979421125^{+0.02213521306477244} _{−0.01798600789037701}	3.9288088157570940^{+0.0000140067253422} _{−0.0000143942209587}			transit	841.295 ^+3.865 _−3.833		5434.915	^[34]
TOI-205 b		0.22314352140237995^{+0.02138354795676283} _{−0.01934253698598733}	4.2530077381516840^{+0.0000342636654294} _{−0.0000348645840527}			transit	579.806^+3.010 _−2.981		6302.739	^[34]
TOI-1269 c		0.19894686951822857^{+0.02167462018812576} _{−0.01705693704129433}	9.237861441954641^{+0.000039492936990} _{−0.000040072884982}			transit	561.452^+2.270 _−2.250		5554.02	^[34]
TOI-1291 b		0.5030130803012459^{+0.0310508890325190} _{−0.0306362581316480}	7.162009755104158^{+0.000019872851716} _{−0.000020345288686}			transit	1396.666^+14.980 _−14.673		6139.9536	^[34]
TOI-1466 b		0.2201288388504460^{+0.0296317132143990} _{−0.0224737140784306}	1.8719060223080493^{+0.0000146818641948} _{−0.0000167802497688}			transit	282.385^+0.550 _−0.548		4435.388	^[34]
TOI-1718 b		0.36651414191726545^{+0.02444961869492598} _{−0.02379313535788638}	5.587037686152569^{+0.000008457421288} _{−0.000008969694291}			transit	170.597^+0.306 _−0.305		5304.907	^[34]
TOI-1722 b		0.3910240542809408^{+0.0529026957699575} _{−0.0428847446980923}	9.60523206942869^{+0.00021312958955} _{−0.00020031765839}			transit	444.976^+2.763 _−2.728		5999.5493	^[34]
TOI-1732 b		0.22263379150163357^{+0.02405852230758842} _{−0.02010303243641546}	4.1192367833901260^{+0.0000228553628094} _{−0.0000245574238491}			transit	243.838 ± 0.755		4201.93	^[34]
TOI-1750 b		0.2488574510596934^{+0.0307080611268348} _{−0.0217911897530808}	11.337271296555633^{+0.000041224297412} _{−0.000042217980951}			transit	529.901^+2.749 _−2.720		4683.7505	^[34]
TOI-1756 b		0.17327682935318484^{+0.03093867797770024} _{−0.01817912955231273}	2.7830173629710577^{+0.0000153463597026} _{−0.0000165149715667}			transit	282.825 ± 0.363		3891.8628	^[34]
TOI-1814 b		0.4626082026492814^{+0.0356058645168055} _{−0.0348205407170215}	6.368610104615931^{+0.000197585697415} _{−0.000197832045757}			transit	1182.576^+10.662 _−10.477		4872.8413	^[34]
TOI-1839 b		0.1979618869879835^{+0.0229887460856975} _{−0.0190983020528021}	1.423784409065430^{+0.000007744713522} _{−0.000008627845558}			transit	378.631^+1.849 _−1.836		5315.9067	^[34]
TOI-1839 c		0.21488773333155856^{+0.03803994706136078} _{−0.02399220673324942}	4.023938542071298^{+0.000038235317408} _{−0.000037720549321}			transit	378.631^+1.849 _−1.836		5315.9067	^[34]
TOI-1873 b		0.2554705055746280^{+0.0269074190000870} _{−0.0214088630493331}	7.005727088337687^{+0.000033718115228} _{−0.000034782804629}			transit	593.675^+2.639 _−2.613		5597.9927	^[34]
TOI-2071 b		0.2288202668143818^{+0.0201230939343561} _{−0.0175012478600207}	5.6739538698194076^{+0.0000229049076612} _{−0.0000229701074925}			transit	754.457^+3.350 _−3.324		5755.4136	^[34]
TOI-209 b		0.2136430566020517^{+0.0198319267975217} _{−0.0175024247820480}	4.3794358744487454^{+0.0000172317150904} _{−0.0000172824989786}			transit	369.831^+0.894 _−0.884		4806.664	^[34]
TOI-2092 b		0.2630863312179627^{+0.0281707383754426} _{−0.0232613448651543}	4.3032552807415971^{+0.0000259642550349} _{−0.0000242276425517}			transit	576.549^+3.308 _−3.268		5842.0635	^[34]
TOI-2104 b		0.1364068071238981^{+0.0123911872769076} _{−0.0109606365988955}	5.6739538698194076^{+0.0000229049076612} _{−0.0000229701074925}			transit	250.301^+0.416 _−0.415		4856.127	^[34]
TOI-2200 b		0.6212077046653839^{+0.0381220041144643} _{−0.0379148376071135}	2.9360283651249377^{+0.0000013563650825} _{−0.0000014067587775}			transit	819.488^+3.894 _−3.858		5036.169	^[34]
TOI-2227 b		0.2764615225634262^{+0.0228141098451609} _{−0.0207700463788650}	4.2217581564829354^{+0.0000230440920079} _{−0.0000244972748682}			transit	539.613^+2.100 _−2.085		5889.542	^[34]
TOI-2453 b		0.28939325468071647^{+0.02668371214193662} _{−0.02309370230399441}	4.4414346318830669^{+0.0000137922287839} _{−0.0000119667498364}			transit	267.148^+1.000 _−0.993		3720.2297	^[34]
TOI-2518 b		0.2023722596404356^{+0.0234022685227235} _{−0.0186995276752100}	6.897974252162044^{+0.000064239649268} _{−0.000076751228876}			transit	524.566^+2.374 _−2.352		5751.197	^[34]
TOI-2654 b		0.70876575246063134^{+0.05045625116965951} _{−0.04858929284066273}	2.9676042592600820^{+0.0000035128472420} _{−0.0000035241584864}			transit	812.039^+3.568 _−3.539		4594.0825	^[34]
TOI-3896 b		0.2809793728619411^{+0.0229038474241400} _{−0.0210546976474497}	4.3773036966683501^{+0.0000154054310686} _{−0.0000143076827488}			transit	592.496^+2.335 _−2.317		5110.907	^[34]
TOI-4029 b		0.6010864284773240^{+0.0429781210973692} _{−0.0412115341253039}	5.884982346308743^{+0.000024440486178} _{−0.000022680841202}			transit	895.351^+10.920 _−10.663		5662.527	^[34]
TOI-4030 b		0.5215689146304533^{+0.0371862472977867} _{−0.0357199597734570}	2.5090019946110167^{+0.0000360607810466} _{−0.0000350991140774}			transit	1864.568^+14.624 _−14.405		5640.3687	^[34]
TOI-4156 b		0.2264468389483801^{+0.0248478503886930} _{−0.0199237839561709}	4.4618903413325341^{+0.0000255274459571} _{−0.0000249433390849}			transit	697.090^+3.268 _−3.235		5971.6445	^[34]
TOI-4156 c		0.26077639866840291^{+0.03009981453033364} _{−0.02415621036693206}	12.822827063747477^{+0.000089267205203} _{−0.000093310006244}			transit	697.090^+3.268 _−3.235		5971.6445	^[34]
TOI-4363 b		0.15763188294055752^{+0.02222020464792519-} _{−0.02081362655681714}	2.1186759227871521^{+0.0000251138071574} _{−0.0000237634454421}			transit	253.672^+0.705 _−0.701		4278.4517	^[34]
TOI-4405 b		0.22794707909825249^{+0.02435084542019940} _{−0.01904999975959402}	5.9214399531586563^{+0.0000237163826347} _{−0.0000218951255624}			transit	507.183^+1.011 _−1.005		4467.3813	^[34]
TOI-4511 b		0.24561103187857949^{+0.02747220856122771} _{−0.02334753030143611}	10.9809096859598^{+0.0030567362753} _{−0.0021015612749}			transit	397.384 ^+2.322 _−2.300		5418.774	^[34]
TOI-4513 b		0.2092854063782501^{+0.0241708439434326} _{−0.0200167074772815}	9.760422536841604^{+0.001097931249989} _{−0.001037145092304}			transit	334.671^+1.511 _−1.500		5623.926	^[34]
TOI-4561 b		0.15861318569266913^{+0.02384880382000645} _{−0.01770768326751377}	8.935479367055972^{+0.000076441126870} _{−0.000082246964338}			transit	583.868^+1.834 _−1.824		5537.932	^[34]
TOI-4578 b		0.20249322191201116^{+0.02546345282414482} _{−0.02007561992873080}	8.623926303692247^{+0.000056863185458} _{−0.000068427544607}			transit	594.427^+2.446 _−2.427		5951.324	^[34]
TOI-4588 b		0.2613284522691758^{+0.0286490088697499} _{−0.0253616437465909}	13.11881173650605^{+0.00022353224736} _{−0.00017837033675}			transit	734.503^+4.762 _−4.701		7746.1177	^[34]
TOI-4640 b		0.2536595652839203^{+0.0240093556743723} _{−0.0231344427359678}	2.685660152375885^{+0.000352427900565} _{−0.000357715137073}			transit	799.498^+7.136 _−7.012		5743.01	^[34]
TOI-4662 b		0.25693531485564630^{+0.04254723219914299} _{−0.03203739832446109}	4.703437645745288^{+0.000055301584324} _{−0.000060741558062}			transit	362.185^+0.943 _−0.939		4520.415	^[34]
TOI-4747 b		0.35311257229130905^{+0.03146843157478618} _{−0.02879908834116324}	5.219241585923660^{+0.000027585781839} _{−0.000036258488803}			transit	993.620^+6.614 _−6.530		5595.083	^[34]
TOI-4898 b		0.3318584891629616^{+0.0277519134146246} _{−0.0255947813397401}	2.765204701665652^{+0.000007810267929} _{−0.000007449652878}			transit	321.577 ± 1.287		4201.575	^[34]
TOI-4930 b		0.6185015781649372^{+0.0505528893696648} _{−0.0477272585344783}	6.781302414982157^{+0.001841698958684} _{−0.001975198193262}			transit	1375.907^+148.297 _−121.900		5624.7163	^[34]
TOI-5159 b		0.1380429820203651^{+0.0133732264846479} _{−0.0120847037187249}	5.836394288431453^{+0.000960791021138} _{−0.000840814228335}			transit	179.973^+0.598 _−0.594		5156.1587	^[34]
TOI-5160 b		0.2138730165492566^{+0.0256199561155915} _{−0.0196703044784513}	4.2807732559996055^{+0.0000419989446723} _{−0.0000383583280730}			transit	494.054 ^+3.399 _−3.354		5622.1416	^[34]
TOI-5335 b		0.3590176242905553^{+0.0753787640342596} _{−0.0491256324523278}	3.613659884426799^{+0.000902753657420} _{−0.000890429704754}			transit	1080.892^+14.624 _−14.243		5528.9194	^[34]
TOI-5380 b		0.31054852118606385^{+0.03607905184118803} _{−0.02889235685937703}	3.7722924787303649^{+0.0000395333683847} _{−0.0000406139827693}			transit	935.603^+11.387 _−11.123		6400.784	^[34]
TOI-5486 b		0.3540240981374904^{+0.0360974960901693} _{−0.0294935295376177}	2.0247007320474704^{+0.0000056846248775} _{−0.0000059816504216}			transit	292.503 ^+0.875 _−0.870		3750.1694	^[34]
TOI-5502 b		0.3683419489658655^{+0.0356635115824995} _{−0.0300341881512511}	11.625929882847782^{+0.000085048434793} _{−0.000080543697610}			transit	811.733 ^+17.674 _−16.949		6088.708	^[34]
TOI-5515 b		0.2367412065516435^{+0.0230151413651116} _{−0.0196987216050378}	8.592258108389593^{+0.000770507332103} _{−0.000840989860011}			transit	441.852^+3.033 _−2.991		5483.6465	^[34]
TOI-5532 b		0.22550105114121233^{+0.05759366522562250} _{−0.03377508796598800}	5.653965943099285^{+0.000053091413880} _{−0.000051527164714}			transit	296.795 ± 1.065		4208.4453	^[34]
TOI-5595 b		0.4226436055664871^{+0.0321729016240868} _{−0.0309358553086937}	5.9900255385328087^{+0.0000220860691718} _{−0.0000220756221054}			transit	446.705^+2.094 _−2.077		4417.3	^[34]
TOI-5599 b		0.6413447745164624^{+0.0510320039727374} _{−0.0468082329161763}	5.4369150394056547^{+0.0000261631588474} _{−0.0000248240916001}			transit	1787.629^+20.705 _−20.243		6137.022	^[34]
TOI-5605 b		0.22536509729086229^{+0.03065440434490082} _{−0.02475740630169146}	5.9134045484272102^{+0.0000560957696258} _{−0.0000545885339305}			transit	310.092^+0.839 _−0.834		4583.794	^[34]
TOI-5614 b		0.2870549295349631^{+0.0326381725066797} _{−0.0265747083187141}	4.1722132894941160^{+0.0000308013187436} _{−0.0000299499773968}			transit	727.396^+2.586 _−2.567		4553.0015	^[34]
TOI-5630 b		0.2115424758315098^{+0.0183274999514626} _{−0.0167637551045262}	3.2211845253634936^{+0.0000239891300695} _{−0.0000283439196829}			transit	437.211^+1.168 _−1.161		5385.638	^[34]
TOI-5777 b		0.2761636241060525^{+0.2976302612871341} _{−0.0560199213804475}	6.9171617737339268^{+0.0000594158565788} _{−0.0000582856599483}			transit	372.737^+0.946 _−0.936		4408.0264	^[34]
TOI-5926 b		0.6751792766994926^{+0.0888680481578042} _{−0.0650353429911184}	3.811227942366071^{+0.001109139231004} _{−0.001063191172349}			transit	897.444^+9.068 _−8.889		5388.918	^[34]
TOI-6080 b		0.2965694892539044^{+0.0460881330260009} _{−0.0317341858031152}	8.055623480837127^{+0.000141174873228} _{−0.000140367440341}			transit	613.787 ^+2.633 _−2.609		5775.461	^[34]
TOI-6281 b		0.17166241887250167^{+0.01656968767294061} _{−0.01464606673772036}	1.0542624417690454^{+0.0000040442990143} _{−0.0000040743686127}			transit	188.338 ^+0.365 _−0.363		4533.2285	^[34]
TOI-6393 b		0.2461941446613069^{+0.0312949000818775} _{−0.0251849415811932}	9.531761103285383^{+0.000097750987941} _{−0.000103686568359}			transit	607.442 ^+3.457 _−3.419		5008.2036	^[34]
TOI-6677 b		0.5205710738359506^{+0.0429172635622517} _{−0.0410031829801089}	5.450606616254479^{+0.000089028050218} _{−0.000081308876534}			transit	1111.708 ^+25.113 _−24.044		6572.281	^[34]
TOI-6699 b		0.2075525618090081^{+0.0366822886747088} _{−0.0330894462399230}	5.320059267613263^{+0.000248181782479} _{−0.000229218517887}			transit	280.011 ^+1.323 _−1.311		4705.099	^[34]
TOI-6707 b		0.5109055690594005^{+0.0373328485214821} _{−0.0355788236479033}	3.834793637582070^{+0.000015665073608} _{−0.000016370904058}			transit	2092.658 ^+22.167 _−21.718		6289.4937	^[34]
TOI-6954 b		0.3243153823166401^{+0.0278844285450331} _{−0.0249904917125338}	4.0207412741901170^{+0.0000146086055084} _{−0.0000147576176834}			transit	619.923 ^+5.404 _−5.316		5170.8706	^[34]
TOI-697 b		0.2104199927248040^{+0.0186493171731490} _{−0.0162158502329834}	8.607887135928124^{+0.000057353786675} _{−0.000055340982762}			transit	305.844 ^+0.697 _−0.694		5681.948	^[34]
TOI-7008 b		0.4413740103841675^{+0.0321607368141100} _{−0.0307303799897775}	0.84069041367335029^{+0.00000164472372621} _{−0.00000166072324737}			transit	1338.831 ^+6.857 _−6.791		5116.061	^[34]
TOI-7155 b		0.2148468981197630^{+0.0306239113855149} _{−0.0228111899696401}	3.8948971198137330^{+0.0000286925043533} _{−0.0000278039702764}			transit	472.116 ^+1.386 _−1.381		4673.0273	^[34]
TOI-7333 b		0.18687641780951542^{+0.01835721716523182} _{−0.01569594004478710}	6.2644980366099654^{+0.0000333378444584} _{−0.0000304196966221}			transit	512.783 ^+1.863 _−1.846		4586.8726	^[34]
TOI-799 b		0.18434484789904459^{+0.02725063029682224} _{−0.01965470955012665}	5.5451913967641087^{+0.0000415220206174} _{−0.0000402802475685}			transit	517.048 ^+1.670 _−1.663		5662.8096	^[34]
TOI-808 b		0.1965784113277727^{+0.0200103217110860} _{−0.0167771980163587}	9.739448540261758^{+0.000071941217060} _{−0.000072208083248}			transit	320.245 ^+0.918 _−0.912		5078.196	^[34]
TOI-883 b		0.6398139559739604^{+0.0425272985898612} _{−0.0414345876124742}	10.057718485379370^{+0.000011335471008} _{−0.000011394167897}			transit	334.777 ^+1.873 _−1.853		5713.155	^[34]
TOI-921 b		0.31529148519636940^{+0.04087276082208636} _{−0.03059569524809416}	5.128719076282650^{+0.000020100571429} _{−0.000021201198819}			transit	959.044 ^+6.632 _−6.543		6011.662	^[34]
TOI-929 b		0.23997127895735723^{+0.02017103040843838} _{−0.01832264045517240}	5.8301536694404721^{+0.0000348233620366} _{−0.0000311189709894}			transit	373.195 ^+0.959 _−0.956		4457.1562	^[34]
TOI-938 b		0.4303705925974504^{+0.0312561201756833} _{−0.0293868891977172}	8.807338822109248^{+0.000035757933915} _{−0.000037197255844}			transit	701.449 ^+6.282 _−6.170		5829.4185	^[34]
TOI-941 b		0.5809317853835331^{+0.0404128274406820} _{−0.0395684292383947}	8.514608887869771^{+0.000028451248594} _{−0.000031473781785}			transit	859.991 ^+20.776 _−19.833		5745.8794	^[34]
KMT-2024-BLG-0176L b	0.76^+1.03 _−0.39			0.75^+0.09 _−0.10 or 1.32^+0.16 _−0.18		microlensing	27201⁺³²⁹⁴ ₋₃₆₈₆	0.103^+0.141 _−0.054		^[85]
KMT-2024-BLG-0349L b	11.86^+6.56 _−6.54			1.85^+0.65 _−0.77 or 6.46^+2.27 _−2.69		microlensing	18754⁺⁶⁵⁸⁸ ₋₇₇₉₅	0.68±0.38		^[85]
KMT-2024-BLG-1870L b	1.06^+0.53 _−0.55			2.57^+0.64 _−0.97 or 3.15^+0.79 _−1.19		microlensing	17873⁺⁴⁴⁶⁸ ₋₆₇₁₉	0.67^+0.33 _−0.34		^[85]
KMT-2024-BLG-2087L b	4.39^+3.07 _−2.46			3.03^+0.42 _−0.54		microlensing	23451⁺³⁰⁹⁸ ₋₄₁₇₅	0.48^+0.27 _−0.33		^[85]
TOI-2431 b	0.020±0.005	0.1369^+0.0030 _−0.0029	0.22419578±0.00000005	0.0063±0.0001	2,063±30	transit	117.600 ^+0.193 _−0.194	0.661^+0.021 _−0.024	4,109⁺²⁸ ₋₂₇	^[86]
TOI-5349 b	0.40±0.02	0.91±0.02	3.317921±0.000002	0.0369±0.0004	719±15	transit	614.456 ^+6.933 _−6.777	0.61±0.02	3751±59	^[87]
HD 715 b	0.635±0.056	1.07±0.04	56.40^+0.19 _−0.23	0.336±0.003	798⁺¹³ ₋₁₂	transit	545.616 ^+5.241 _−5.147	1.60±0.04	6070±50	^[88]
HD 278555 b	0.84±0.10	0.984^+0.036 _−0.035	28.842438^+0.000045 _−0.000046	0.1985^+0.0039 _−0.0040	853±16	transit	945.956 ^+17.924 _−17.282	1.255^+0.075 _−0.073	6047⁺⁹³ ₋₉₅	^[89]
KMT-2025-BLG-0026L b	2.13^+5.23 _−1.26			0.960^+0.150 _−0.200		microlensing	22342 ⁺³⁵⁸⁸ ₋₄₉₉₀	0.44^+1.08 _−0.26		^[90]
KMT-2025-BLG-0030L b	1.15^+0.69 _−0.66			2.35^+0.44 _−0.76		microlensing	18982 ⁺⁴¹¹⁰ ₋₇₀₄₅	0.60^+0.36 _−0.34		^[90]
KMT-2025-BLG-2272L b	2.47^+1.23 _−1.25			1.15^+0.69 _−0.66		microlensing	20222 ⁺²⁹³⁵ ₋₄₃₀₅	0.63^+0.31 _−0.32		^[90]
OGLE-2016-BLG-0261L b	0.21^+0.34 _−0.12			0.72^+0.09 _−0.10		microlensing	25277 ⁺³¹⁶⁴ ₋₃₄₉₀	0.072^+0.117 _−0.040		^[90]
TOI-426 b	0.021±0.006	0.195±0.008	1.32050258^+0.00000075 _{−0.00000084}	0.02374±0.00088	1790⁺²⁸ ₋₂₇	transit	370.501 ^+1.393 _−1.381	1.00±0.02	5750±62	^[91]
TOI-426 c	1.40^+0.06 _−0.05		235.8^+9.2 _−8.5	0.747±0.019	319.2±7.2	radial vel.	370.501 ^+1.393 _−1.381	1.00±0.02	5750±62	^[91]
K2-232 c	5.31^+0.48 _−0.45		1950⁺¹⁴⁰ ₋₁₂₀	3.17^+0.16 _−0.14		radial vel.	426.427 ^+2.505 _−2.476	1.121^+0.063 _−0.065	6100±100	^[92]
KMT-2023-BLG-1118L b	0.21^+0.31 _−0.12			0.9^+0.2 _−0.1		microlensing	23809 ⁺²²⁸³ ₋₁₉₅₇	0.09^+0.12 _−0.04		^[93]
KMT-2023-BLG-1810L b	7.24^+4.34 _−3.56			3.4^+0.8 _−0.9		microlensing	20222 ⁺²⁶⁰⁹ ₋₅₂₁₉	0.56^+0.32 _−0.25		^[93]
KMT-2023-BLG-0084L b	2.50^+1.50 _−0.95			2.5^+0.7 _−0.5		microlensing	17939 ⁺⁷⁵⁰² ₋₂₆₀₉	0.20^+0.06 _−0.05		^[93]

Specific exoplanet lists

Lists of exoplanets

Lists of exoplanets by year of discovery

List of exoplanets discovered before 2000 (31)
List of exoplanets discovered between 2000–2009 (375)
List of exoplanets discovered in 2010 (109)
List of exoplanets discovered in 2011 (179)
List of exoplanets discovered in 2012 (149)
List of exoplanets discovered in 2013 (149)
List of exoplanets discovered in 2014 (869)
List of exoplanets discovered in 2015 (144)
List of exoplanets discovered in 2016 (1498)
List of exoplanets discovered in 2017 (152)
List of exoplanets discovered in 2018 (300)
List of exoplanets discovered in 2019 (169)
List of exoplanets discovered in 2020 (256)
List of exoplanets discovered in 2021 (253)
List of exoplanets discovered in 2022 (312)
List of exoplanets discovered in 2023 (304)
List of exoplanets discovered in 2024 (284)
List of exoplanets discovered in 2025 (238)
List of exoplanets discovered in 2026 (283)

Notes

↑ Mass determination depends on whether the orbit is prograde or retrograde.
1 2 3 4 Estimated using theoretical mass–radius relations.
↑ Converted from orbital period.

References

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1 2 Li, Hongyu; Zhang, Jiyuan; Han, Cheongho; Zang, Weicheng; Jung, Youn Kil; Udalski, Andrzej; Sumi, Takahiro; Yang, Hongjing; Kuang, Renkun; Mao, Shude; (Leading Authors); Albrow, Michael D.; Chung, Sun-Ju; Gould, Andrew; Ha Hwang, Kyu- (2 January 2026). "KMT-2022-BLG-1818Lb,c: A Cold Super-Jupiter with a Saturn Sibling". The Astronomical Journal. 171 (1): 41. arXiv:2505.05093. Bibcode:2026AJ....171...41L. doi:10.3847/1538-3881/ae1b8f. ISSN 0004-6256.
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1 2 Mihaylov, Deyan P.; Eberhardt, Jan; Trifonov, Trifon; Brahm, Rafael; Henning, Thomas; Jordán, Andrés; Stoeva, Denitza; Jones, Matías I.; Acuña-Aguirre, Lorena; Stefanov, Stefan; Tala Pinto, M.; Hobson, Melissa J.; Espinoza, Nestor; Rojas, Felipe I.; Schlecker, Martin (2 March 2026). "A Warm Massive Pair of Planets around TOI-1232 Revealed with Transit-timing Variations and Doppler Spectroscopy*". The Astronomical Journal. 171 (3): 173. arXiv:2603.18395. Bibcode:2026AJ....171..173M. doi:10.3847/1538-3881/ae2312. ISSN 0004-6256.
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1 2 Peláez-Torres, A; Pozuelos, F J; Morello, G; Dévora-Pajares, M; Barkaoui, K; Gkouvelis, L; Pallé, E; Collins, K A; Rackham, B V; Geraldía-González, S; Centenera-Merino, M; Varas, R; Esparza-Borges, E; Parlapani, Z; Flores, J (21 May 2026). "A gem system with a lava world and a habitable zone sub-Neptune orbiting TOI–1752". Monthly Notices of the Royal Astronomical Society. 548 (3) stag713. doi:10.1093/mnras/stag713. hdl:10261/432558. ISSN 0035-8711.
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1 2 Lakeland, Ben S; Mortier, A; Haywood, R D; Ulmer-Moll, S; Garai, Z; Vanderburg, A; Egger, J A; Turner, D A; Kubyshkina, D; Correia, A C M; Osborn, H P; Buchhave, L A; Malavolta, L; Bonfanti, A; Boschin, W (14 February 2026). "Discovery and characterization of two exoplanets orbiting the metal-poor, solar-type star TOI-5788 with TESS, CHEOPS , and HARPS-N". Monthly Notices of the Royal Astronomical Society. 546 (4) stag158. doi:10.1093/mnras/stag158. hdl:10261/432266. ISSN 0035-8711.
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1 2 Eschen, Yoshi Nike Emilia; Wilson, Thomas G; Cameron, Andrew Collier; Mustill, Alexander James; Egger, Jo Ann; Ulmer-Moll, Solène; Gandolfi, Davide; Smith, Alexis M S; Demangeon, Olivier D S; Sousa, Sérgio G; Bonfanti, Andrea; Correia, Alexandre C M; Adibekyan, Vardan; Lacedelli, Gaia; Brandeker, Alexis (1 July 2026). "An ultra-short-period super-Earth and a sub-Neptune orbiting the K dwarf TOI-4311". Monthly Notices of the Royal Astronomical Society. 549 (3) stag952. doi:10.1093/mnras/stag952. hdl:10261/438887. ISSN 0035-8711.
1 2 Rea, Erika; Günther, Maximilian N.; Dransfield, George; Guillot, Tristan; Triaud, Amaury H. M. J.; Stassun, Keivan G.; Espinoza-Retamal, Juan I.; Brahm, Rafael; Ulmer-Moll, Solène; Beltrame, Matteo; Deloupy, Vincent; Timmermans, Mathilde; Abe, Lyu; Agabi, Karim; Bendjoya, Philippe (14 July 2026). "High five from ASTEP: Three validated planets and two eclipsing binaries in a diverse set of long-period candidates". Astronomy & Astrophysics. 711: A86. arXiv:2510.01725. Bibcode:2026A&A...711A..86R. doi:10.1051/0004-6361/202557498. ISSN 0004-6361.
1 2 3 Battley, Matthew P; Lafarga, Marina; Gillen, Edward; Lendl, Monika; Ulmer-Moll, Solène; Ho, Cynthia S K; Marfil, Emilio; Sousa, Sergio; Frensch, Yolanda; Veras, Dimitri; Bouchy, François; Carteret, Yann; Crossfield, Ian J M; Fairnington, Tyler; Houelle, Mathilde (11 July 2026). "TOI-3664 b, TOI-4034 b, and TOI-6564 b: three new hot Jupiters around stars approaching the terminal age main sequence". Monthly Notices of the Royal Astronomical Society. 549 (4) stag1053. arXiv:2606.05295. doi:10.1093/mnras/stag1053. ISSN 0035-8711.
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1 2 Han, Cheongho; Lee, Chung-Uk; Udalski, Andrzej; Gould, Andrew; (Leading authors); Albrow, Michael D.; Chung, Sun-Ju; Jung, Youn Kil; Hwang, Kyu-Ha; Ryu, Yoon-Hyun; Shvartzvald, Yossi; Shin, In-Gu; Yee, Jennifer C.; Zang, Weicheng; Yang, Hongjing (1 August 2026). "KMT-2025-BLG-0975Lb and KMT-2025-BLG-1160Lb: Two Uranus-Mass Planets Beyond the Snow Line Discovered by Microlensing". Publications of the Astronomical Society of the Pacific. 138 (8): 084401. arXiv:2607.25259. Bibcode:2026PASP..138h4401H. doi:10.1088/1538-3873/ae918f. ISSN 0004-6280.
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↑ Sandoval, Angeli; Cañas, Caleb I.; Kanodia, Shubham; Colón, Knicole D.; Monson, Andrew; Larsen, Alexander; Swaby, Tera N.; Kobulnicky, Henry A.; Choi, Philip I.; Santomenna, Sage; Qin, Pei; Rodruck, Michael; Cochran, William D.; Brown, Nina; Brady, Madison (2 January 2026). "Searching for GEMS : TOI-5349 b is a Saturn-like Planet Orbiting a Metal-rich Early M Dwarf". The Astronomical Journal. 171 (1): 43. arXiv:2509.19492. Bibcode:2026AJ....171...43S. doi:10.3847/1538-3881/ae16a2. ISSN 0004-6256.
↑ Venner, Alexander; Wittenmyer, Robert A.; Vanderburg, Andrew; Collins, Karen A.; Latham, David W.; Bieryla, Allyson; Fairnington, Tyler R.; Huang, Chelsea X.; Bedding, Timothy R.; Grunblatt, Samuel; Jenkins, Sydney; Butler, R. Paul; Crane, Jeffrey D.; Galarza, Jhon Yana; Horner, Jonathan (1 September 2026). "HD 715 b, a Warm Jupiter Orbiting a Massive Subgiant Discovered from a Single TESS Transit*". The Astronomical Journal. 172 (3): 162. Bibcode:2026AJ....172..162V. doi:10.3847/1538-3881/ae9095. ISSN 0004-6256.
↑ Ball, James; Gupta, Arvind F.; Dragomir, Diana; Giovinazzi, Mark R.; Stassun, Keivan G.; Stevens, Daniel J.; Dalba, Paul A.; Dong, Jiayin; Grieves, Nolan; Halverson, Samuel; Krolikowski, Daniel M.; Logsdon, Sarah E.; Mahadevan, Suvrath; Ninan, Joe P.; Paredes, Leonardo A. (1 September 2026). "Confirmation of the Low-eccentricity Warm Jupiter HD 278555 b with NEID". The Astronomical Journal. 172 (3): 158. Bibcode:2026AJ....172..158B. doi:10.3847/1538-3881/ae8a50. ISSN 0004-6256.
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1 2 Castro-González, A.; Barragán, O.; Armstrong, D. J.; Aguichine, A.; Bourrier, V.; Ehrenreich, D.; Tao, E. X.; Lillo-Box, J.; Standing, M. R. (4 September 2026). "Two extremely irradiated volatile-rich sub-Neptunes with companions in the TOI-426 and TOI-1839 systems: Insights into arrival and survival near the lower edge of the Neptunian desert". arXiv:2609.05413v2.{{cite arXiv}}: CS1 maint: missing class (link) A bot will complete this citation soon. Click here to jump the queue
↑ Ranshaw, Jessica A.; Wang, Xian-Yu; Burt, Jennifer A.; Espinoza-Retamal, Juan I.; Radzom, Brandon T.; Butler, R. Paul; Holden, Bradford P.; Vogt, Steven S.; Wang, Songhu (8 September 2026). "The Discovery of K2-232c: Divergent Formation Histories for Hot and Warm Jupiters Based on Outer Companion Eccentricity". arXiv:2609.09077v1.{{cite arXiv}}: CS1 maint: missing class (link) A bot will complete this citation soon. Click here to jump the queue
1 2 3 Li, Hongyu; Li, Zhixing; Zang, Weicheng; Ryu, Yoon-Hyun; Udalski, Andrzej; Sumi, Takahiro; Yang, Hongjing; Zhang, Jiyuan; Mao, Shude; (Leading Authors); Albrow, Michael D.; Chung, Sun-Ju; Gould, Andrew; Han, Cheongho; Hwang, Kyu-Ha (1 September 2026). "Mass Production of 2023 KMTNet Microlensing Planets. III. Three Planets from the Subprime Field". Publications of the Astronomical Society of the Pacific. 138 (9): 094401. arXiv:2605.07392. Bibcode:2026PASP..138i4401L. doi:10.1088/1538-3873/ae9987. ISSN 0004-6280.

[21] Mass determination depends on whether the orbit is prograde or retrograde.

[estmass-42] 1 2 3 4 Estimated using theoretical mass–radius relations.

[55] Converted from orbital period.

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[Han-2026e-88] 1 2 3 4 Han, Cheongho; Udalski, Andrzej; Bond, Ian A.; Lee, Chung-Uk; Zhang, Jiyuan; (Leading authors); Albrow, Michael D.; Chung, Sun-Ju; Gould, Andrew; Jung, Youn Kil; Hwang, Kyu-Ha; Ryu, Yoon-Hyun; Shvartzvald, Yossi; Shin, In-Gu; Yee, Jennifer C. (1 January 2026). "Four Giant Planets from 2024 KMTNet Microlensing Campaign". Publications of the Astronomical Society of the Pacific. 138 (1): 014401. arXiv:2512.09325. Bibcode:2026PASP..138a4401H. doi:10.1088/1538-3873/ae2b0e. ISSN 0004-6280.

[89] Kaya Han Taş; Stefansson, Gudmundur; Fariz, Syarief N. M.; Garg, Esha; Espinoza-Retamal, Juan I.; Koo, Elise; Bruijne, David; Luhn, Jacob; Ford, Eric B.; Mahadevan, Suvrath; Logsdon, Sarah E.; Cañas, Caleb I.; Han, Te; Everett, Mark E.; Alvarado-Montes, Jaime A.; Blake, Cullen; Cochran, William D.; Dong, Jiayin; Fernandes, Rachel B.; Giovinazzi, Mark R.; Halverson, Samuel; Kanodia, Shubham; Krolikowski, Daniel; McElwain, Michael; Ninan, Joe; Paredes, Leonardo A.; Robertson, Paul; Schwab, Christian (2026). "An Earth-sized planet on a 5.4 h orbit around a nearby K dwarf". Astronomy & Astrophysics. 707: A238. arXiv:2507.08464. Bibcode:2026A&A...707A.238T. doi:10.1051/0004-6361/202556365.

[90] Sandoval, Angeli; Cañas, Caleb I.; Kanodia, Shubham; Colón, Knicole D.; Monson, Andrew; Larsen, Alexander; Swaby, Tera N.; Kobulnicky, Henry A.; Choi, Philip I.; Santomenna, Sage; Qin, Pei; Rodruck, Michael; Cochran, William D.; Brown, Nina; Brady, Madison (2 January 2026). "Searching for GEMS : TOI-5349 b is a Saturn-like Planet Orbiting a Metal-rich Early M Dwarf". The Astronomical Journal. 171 (1): 43. arXiv:2509.19492. Bibcode:2026AJ....171...43S. doi:10.3847/1538-3881/ae16a2. ISSN 0004-6256.

[91] Venner, Alexander; Wittenmyer, Robert A.; Vanderburg, Andrew; Collins, Karen A.; Latham, David W.; Bieryla, Allyson; Fairnington, Tyler R.; Huang, Chelsea X.; Bedding, Timothy R.; Grunblatt, Samuel; Jenkins, Sydney; Butler, R. Paul; Crane, Jeffrey D.; Galarza, Jhon Yana; Horner, Jonathan (1 September 2026). "HD 715 b, a Warm Jupiter Orbiting a Massive Subgiant Discovered from a Single TESS Transit*". The Astronomical Journal. 172 (3): 162. Bibcode:2026AJ....172..162V. doi:10.3847/1538-3881/ae9095. ISSN 0004-6256.

[92] Ball, James; Gupta, Arvind F.; Dragomir, Diana; Giovinazzi, Mark R.; Stassun, Keivan G.; Stevens, Daniel J.; Dalba, Paul A.; Dong, Jiayin; Grieves, Nolan; Halverson, Samuel; Krolikowski, Daniel M.; Logsdon, Sarah E.; Mahadevan, Suvrath; Ninan, Joe P.; Paredes, Leonardo A. (1 September 2026). "Confirmation of the Low-eccentricity Warm Jupiter HD 278555 b with NEID". The Astronomical Journal. 172 (3): 158. Bibcode:2026AJ....172..158B. doi:10.3847/1538-3881/ae8a50. ISSN 0004-6256.

[Han-2026a-93] 1 2 3 4 Han, Cheongho; Lee, Chung-Uk; Udalski, Andrzej; Bond, Ian A.; (Leading authors); Albrow, Michael D.; Chung, Sun-Ju; Gould, Andrew; Jung, Youn Kil; Hwang, Kyu-Ha; Ryu, Yoon-Hyun; Shvartzvald, Yossi; Shin, In-Gu; Yee, Jennifer C.; Zang, Weicheng (3 August 2026). "Four Cold Giant Planets Discovered by High-cadence Microlensing Surveys". The Astronomical Journal. 172 (2): 110. arXiv:2607.04594. Bibcode:2026AJ....172..110H. doi:10.3847/1538-3881/ae875c. ISSN 0004-6256.

[:1-94] 1 2 Castro-González, A.; Barragán, O.; Armstrong, D. J.; Aguichine, A.; Bourrier, V.; Ehrenreich, D.; Tao, E. X.; Lillo-Box, J.; Standing, M. R. (4 September 2026). "Two extremely irradiated volatile-rich sub-Neptunes with companions in the TOI-426 and TOI-1839 systems: Insights into arrival and survival near the lower edge of the Neptunian desert". arXiv:2609.05413v2.{{cite arXiv}}: CS1 maint: missing class (link) A bot will complete this citation soon. Click here to jump the queue

[95] Ranshaw, Jessica A.; Wang, Xian-Yu; Burt, Jennifer A.; Espinoza-Retamal, Juan I.; Radzom, Brandon T.; Butler, R. Paul; Holden, Bradford P.; Vogt, Steven S.; Wang, Songhu (8 September 2026). "The Discovery of K2-232c: Divergent Formation Histories for Hot and Warm Jupiters Based on Outer Companion Eccentricity". arXiv:2609.09077v1.{{cite arXiv}}: CS1 maint: missing class (link) A bot will complete this citation soon. Click here to jump the queue

[:2-96] 1 2 3 Li, Hongyu; Li, Zhixing; Zang, Weicheng; Ryu, Yoon-Hyun; Udalski, Andrzej; Sumi, Takahiro; Yang, Hongjing; Zhang, Jiyuan; Mao, Shude; (Leading Authors); Albrow, Michael D.; Chung, Sun-Ju; Gould, Andrew; Han, Cheongho; Hwang, Kyu-Ha (1 September 2026). "Mass Production of 2023 KMTNet Microlensing Planets. III. Three Planets from the Subprime Field". Publications of the Astronomical Society of the Pacific. 138 (9): 094401. arXiv:2605.07392. Bibcode:2026PASP..138i4401L. doi:10.1088/1538-3873/ae9987. ISSN 0004-6280.

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This page was redesigned at the edge.

A page that knows where it met you.

List of exoplanets discovered in 2026

Specific exoplanet lists

Lists of exoplanets by year of discovery

Notes

References