Moons of Jupiter

Short description: Natural satellites of the planet Jupiter

For other uses, see Astronomy:Moons of Jupiter (disambiguation).

A montage of Jupiter and its four largest moons (distance and sizes not to scale)

There are 115 known moons of the planet Jupiter as of 9 April 2026[update].[1] This number does not include a number of meter-sized moonlets thought to be shed from the inner moons, nor hundreds of possible kilometer-sized outer irregular moons that were only briefly captured by telescopes.[2] All together, Jupiter's moons form a satellite system, colloquially referred to as the Jovian system. The most massive of the moons are the four Galilean moons: Io, Europa, Ganymede, and Callisto, all of which were independently discovered in 1610 by Galileo Galilei and Simon Marius and were the first objects found to orbit a body that was neither Earth nor the Sun. Much more recently, beginning in 1892, dozens of far smaller Jovian moons have been detected and have received the names of lovers (or other sexual partners) or daughters of the Roman god Jupiter or his Greek equivalent Zeus. The Galilean moons are by far the largest and most massive objects to orbit Jupiter, with the remaining 111 known moons and the rings together comprising just 0.003% of the total orbiting mass.

Of Jupiter's moons, eight are regular satellites with prograde and nearly circular orbits that are not greatly inclined with respect to Jupiter's equatorial plane. The Galilean satellites are nearly spherical in shape due to their planetary mass, and are just massive enough that they would be considered planets if they were in direct orbit around the Sun. The other four regular satellites, known as the inner moons, are much smaller and closer to Jupiter; these serve as sources of the dust that makes up Jupiter's rings. The remainder of Jupiter's moons are outer irregular satellites whose prograde and retrograde orbits are much farther from Jupiter and have high inclinations and eccentricities. The largest of these moons were likely asteroids that were captured from solar orbits by Jupiter before impacts with other small bodies shattered them into many kilometer-sized fragments, forming collisional families of moons sharing similar orbits. Jupiter is expected to have about 100 irregular moons larger than 1 km (0.6 mi) in diameter, plus around 500 more smaller retrograde moons down to diameters of 0.8 km (0.5 mi).[3] Of the 107 known irregular moons of Jupiter, 58 of them have not yet been officially given names.

## Contents

* 1 Characteristics
* 2 Formation
* 2.1 Regular satellites
* 2.2 Irregular satellites
* 3 History and discovery
* 3.1 Visual observations
* 3.2 Photographic and spacecraft observations
* 3.3 Digital telescopic observations
* 4 Naming
* 5 Groups
* 5.1 Regular satellites
* 5.2 Irregular satellites
* 6 List of moons
* 7 Exploration
* 8 See also
* 9 Notes
* 10 References
* 11 External links

## Characteristics

File:The Galilean satellites (the four largest moons of Jupiter).tif The physical and orbital characteristics of the moons vary widely. The four Galileans are all over 3,100 kilometres (1,900 mi) in diameter;[4] the largest Galilean, Ganymede, is the ninth largest object in the Solar System, after the Sun and seven of the planets, Ganymede being larger than Mercury.[5] All other Jovian moons are less than 250 kilometres (160 mi) in diameter, with most barely exceeding 5 kilometres (3.1 mi).[note 1] Their orbital shapes range from nearly perfectly circular to highly eccentric and inclined, and many revolve in the direction opposite to Jupiter's rotation (retrograde motion).[6]

## Formation

### Regular satellites

The relative masses of the Jovian moons. Those smaller than Europa are not visible at this scale, and combined would only be visible at 100× magnification.

Jupiter's regular satellites are believed to have formed from a circumplanetary disk, a ring of gravitated gas and solid debris analogous to a protoplanetary disk.[7][8] They may be the remnants of a score of Galilean-mass satellites that formed early in Jupiter's history.[7][9]

Simulations suggest that, while the disk had a relatively high mass at any given moment, over time a substantial fraction (several tenths of a percent) of the mass of Jupiter captured from the solar nebula was passed through it. However, only 2% of the proto-disk mass of Jupiter is required to explain the existing satellites.[7] Thus, several generations of Galilean-mass satellites may have been in Jupiter's early history. Each generation of moons might have spiraled into Jupiter, because of drag from the disk, with new moons then forming from the new debris captured from the solar nebula.[7] By the time the present (possibly fifth) generation formed, the disk had thinned so that it no longer greatly interfered with the moons' orbits.[9] The current Galilean moons were still affected, falling into and being partially protected by an orbital resonance with each other, which still exists for Io, Europa, and Ganymede: they are in a 1:2:4 resonance. Ganymede's larger mass means that it would have migrated inward at a faster rate than Europa or Io.[7] Tidal dissipation in the Jovian system is still ongoing and Callisto will likely be captured into the resonance in about 1.5 billion years, creating a 1:2:4:8 chain.[10]

### Irregular satellites

The outer, irregular moons are thought to have originated from captured asteroids, whereas the proto-lunar disk was still massive enough to absorb much of their momentum and thus capture them into orbit. Many are believed to have been broken up by mechanical stresses during capture, or afterward by collisions with other small bodies, producing the moons we see today.[11]

The formation of the Ananke and Carme groups was likely via a collision with a passing planetesimal, as opposed to a moon-moon impact.[12] Due to their longer orbital periods and greater distances from Jupiter, collisions are rare among the retrograde satellites. Numerical integrations show the expected number of collisions in the past 4.5 billion years among all retrograde moons combined is around 1, which is probably not common enough to have produced the families.[13] The impactors of the parent objects produced large craters, but were not large enough to catastrophically disrupt the progenitors, as the largest fragments still have 96% and 99% of the mass of the parent body, for the Ananke and Carme groups respectively. The impactors' diameters are required to be 0.53 km and 0.59 km; planetesimals of that size were very common early in the Solar System's formation. However, a moon-moon collisional origin is still plausible if the number of retrograde irregular moons around Jupiter was much more numerous in the past.[12]

On the other hand, the Himalia group is unlikely to have formed from an impact with a passing planetesimal, it probably formed from a moon-moon collision instead.[12] The parent body split into much more massive fragments proportionally; the largest fragment comprises only 78% of the mass of the parent body. Combined with the large assumed diameter of 150 km, this requires a more energetic impact, with an impactor of diameter ~13 km, so planetesimals large enough were probably too uncommon. Unlike the retrograde moons of Jupiter, prograde moons are expected to have been involved in numerous collisions. There is a high probability of collisions among the members of the prograde moons of Jupiter during the lifespan of the Solar System (e.g. on average 1.5 collisions between Himalia and Elara).[13][12] In addition, the same simulations have shown fairly high probabilities of collisions between prograde and retrograde satellites (e.g. Pasiphae and Himalia have a 27% probability of collision within 4.5 gigayears).[13] The fact that prograde moons are involved in collisions at a relatively common rate even in the present day suggests that the Himalia group could potentially have formed more recently, and likely did so from a moon-moon collision.[12]

## History and discovery

### Visual observations

Jupiter and the Galilean moons as seen through a 25 cm (10 in) Meade LX200 telescope

Chinese historian Xi Zezong claimed that the earliest record of a Jovian moon (Ganymede or Callisto) was a note by Chinese astronomer Gan De of an observation around 364 BC regarding a "reddish star".[14] However, the first certain observations of Jupiter's satellites were those of Galileo Galilei in 1609.[15] By January 1610, he had sighted the four massive Galilean moons with his 20× magnification telescope, and he published his results in March 1610.[16]

Simon Marius had independently discovered the moons one day after Galileo, although he did not publish his book on the subject until 1614. Even so, the names Marius assigned are used today: Ganymede, Callisto, Io, and Europa.[17] No additional satellites were discovered until E. E. Barnard observed Amalthea in 1892.[18]

### Photographic and spacecraft observations

Voyager 1 discovery image of the inner moon Metis on 4 March 1979, showing the moon's tiny silhouette against the backdrop of Jupiter's clouds

With the aid of telescopic photography with photographic plates, further discoveries followed quickly over the course of the 20th century. Himalia was discovered in 1904,[19] Elara in 1905,[20] Pasiphae in 1908,[21] Sinope in 1914,[22] Lysithea and Carme in 1938,[23] Ananke in 1951,[24] and Leda in 1974.[25]

By the time that the Voyager space probes reached Jupiter, around 1979, thirteen moons had been discovered, not including Themisto, which had been observed in 1975,[26] but was lost until 2000 due to insufficient initial observation data. The Voyager spacecraft discovered an additional three inner moons in 1979: Metis, Adrastea, and Thebe.[27]

### Digital telescopic observations

No additional moons were discovered until two decades later, with the fortuitous discovery of Callirrhoe by the Spacewatch survey in October 1999.[28] During the 1990s, photographic plates phased out as digital charge-coupled device (CCD) cameras began emerging in telescopes on Earth, allowing for wide-field surveys of the sky at unprecedented sensitivities and ushering in a wave of new moon discoveries.[29] Scott Sheppard, then a graduate student of David Jewitt, demonstrated this extended capability of CCD cameras in a survey conducted with the Mauna Kea Observatory's 2.2-meter (88 in) UH88 telescope in November 2000, discovering eleven new irregular moons of Jupiter including the previously lost Themisto with the aid of automated computer algorithms.[30]

From 2001 onward, Sheppard and Jewitt alongside other collaborators continued surveying for Jovian irregular moons with the 3.6-meter (12 ft) Canada–France–Hawaii Telescope (CFHT), discovering an additional eleven in December 2001, one in October 2002, and nineteen in February 2003.[30][1] At the same time, another independent team led by Brett J. Gladman also used the CFHT in 2003 to search for Jovian irregular moons, discovering four and co-discovering two with Sheppard.[1][31][32] From the start to end of these CCD-based surveys in 2000–2004, Jupiter's known moon count had grown from 17 to 63.[28][31] All of these moons discovered after 2000 are faint and tiny, with apparent magnitudes between 22–23 and diameters less than 10 km (6.2 mi).[30] As a result, many could not be reliably tracked and ended up becoming lost.[33]

Beginning in 2009, a team of astronomers, namely Mike Alexandersen, Marina Brozović, Brett Gladman, Robert Jacobson, and Christian Veillet, began a campaign to recover Jupiter's lost irregular moons using the CFHT and Palomar Observatory's 5.1-meter (17 ft) Hale Telescope.[34][33] They discovered two previously unknown Jovian irregular moons during recovery efforts in September 2010, prompting further follow-up observations to confirm these by 2011.[34][35] One of these moons, S/2010 J 2 (now Jupiter LII), has an apparent magnitude of 24 and a diameter of only 1–2 km (0.62–1.2 mi), making it one of the faintest and smallest confirmed moons of Jupiter even as of 2023[update].[36][2] Meanwhile, in September 2011, Scott Sheppard, now a faculty member of the Carnegie Institution for Science,[2] discovered two more irregular moons using the institution's 6.5-meter (21 ft) Magellan Telescopes at Las Campanas Observatory, raising Jupiter's known moon count to 67.[37] Although Sheppard's two moons were followed up and confirmed by 2012, both became lost due to insufficient observational coverage.[33][38]

In 2016, while surveying for distant trans-Neptunian objects with the Magellan Telescopes, Sheppard enticingly observed a region of the sky located near Jupiter, enticing him to search for Jovian irregular moons as a detour. In collaboration with Chadwick Trujillo and David Tholen, Sheppard continued surveying around Jupiter from 2016 to 2018 using the Cerro Tololo Observatory's 4.0-meter (13 ft) Víctor M. Blanco Telescope and Mauna Kea Observatory's 8.2-meter (27 ft) Subaru Telescope.[39][40] In the process, Sheppard's team recovered several lost moons of Jupiter from 2003 to 2011 and reported two new Jovian irregular moons in June 2017.[41] Then in July 2018, Sheppard's team announced ten more irregular moons confirmed from 2016 to 2018 observations, bringing Jupiter's known moon count to 79. Among these was Valetudo, which has an unusually distant prograde orbit that crosses paths with the retrograde irregular moons.[39][40] Several more unidentified Jovian irregular satellites were detected in Sheppard's 2016–2018 search, but were too faint for follow-up confirmation.[40][42]: 10

From November 2021 to January 2023, Sheppard discovered thirteen more irregular moons of Jupiter and confirmed them in archival survey imagery from 2003 to 2018, bringing the total count to 92.[43][44][45] Among these was S/2018 J 4, a highly inclined prograde moon that is now known to be in same orbital grouping as the moon Carpo, which was previously thought to be solitary.[45] On 22 February 2023, Sheppard announced three more moons discovered in a 2022 survey, now bringing Jupiter's total known moon count to 95.[44] In a February 2023 interview with NPR, Sheppard noted that he and his team are currently tracking even more moons of Jupiter, which should place Jupiter's moon count over 100 once confirmed over the next two years.[46] On 30 April 2025, the Minor Planet Center announced two additional moons of Jupiter, bringing the count to 97.[47][48] In 2026, the Minor Planet Center announced four moons of Jupiter on March 16 and an additional fourteen more on April 9, bringing the count to 115.[49][50][51][52]

Many more irregular moons of Jupiter will inevitably be discovered in the future, especially after the beginning of deep sky surveys by the upcoming Vera C. Rubin Observatory and Nancy Grace Roman Space Telescope in the mid-2020s.[53][54] The Rubin Observatory's 8.4-meter (28 ft) aperture telescope and 3.5 square-degree field of view will probe Jupiter's irregular moons down to diameters of 1 km (0.6 mi)[11]: 265 at apparent magnitudes of 24.5, with the potential of increasing the known population by up to tenfold.[53]: 292 Likewise, the Roman Space Telescope's 2.4-meter (7.9 ft) aperture and 0.28 square-degree field of view will probe Jupiter's irregular moons down to diameters of 0.3 km (0.2 mi) at magnitude 27.7, with the potential of discovering approximately 1,000 Jovian moons above this size.[54]: 24 Discovering these many irregular satellites will help reveal their population's size distribution and impact histories, which will place further constraints to how the Solar System formed.[54]: 24–25

## Naming

Main article: Astronomy:Naming of moons

Galilean moons around Jupiter  Jupiter * Io * Europa * Ganymede * Callisto Orbits of Jupiter's inner moons within its rings

The Galilean moons of Jupiter (Io, Europa, Ganymede, and Callisto) were named by Simon Marius soon after their discovery in 1610.[55] However, these names fell out of favor until the 20th century. The astronomical literature instead simply referred to "Jupiter I", "Jupiter II", etc., or "the first satellite of Jupiter", "Jupiter's second satellite", and so on.[55] The names Io, Europa, Ganymede, and Callisto became popular in the mid-20th century,[56] whereas the rest of the moons remained unnamed and were usually numbered in Roman numerals V (5) to XII (12).[57][58] Jupiter V was discovered in 1892 and given the name Amalthea by a popular though unofficial convention, a name first used by French astronomer Camille Flammarion.[59][60]

The other moons were simply labeled by their Roman numeral (e.g. Jupiter IX) in the majority of astronomical literature until the 1970s.[61] Several different suggestions were made for names of Jupiter's outer satellites, but none were universally accepted until 1975 when the International Astronomical Union's (IAU) Task Group for Outer Solar System Nomenclature granted names to satellites V–XIII,[62] and provided for a formal naming process for future satellites still to be discovered.[62] The practice was to name newly discovered moons of Jupiter after lovers and favorites of the god Jupiter (Zeus) and, since 2004, also after their descendants.[59] All of Jupiter's satellites from XXXIV (Euporie) onward are named after descendants of Jupiter or Zeus,[59] except LIII (Dia), named after a lover of Jupiter. Names ending with "a" or "o" are used for prograde irregular satellites (the latter for highly inclined satellites), and names ending with "e" are used for retrograde irregulars.[29] With the discovery of smaller, kilometre-sized moons around Jupiter, the IAU has established an additional convention to limit the naming of small moons with absolute magnitudes greater than 18 or diameters smaller than 1 km (0.6 mi).[63] Some of the most recently confirmed moons have not received names.[2]

## Groups

### Regular satellites

These have prograde and nearly circular orbits of low inclination and are split into two groups:

* Inner satellites or Amalthea group: Metis, Adrastea, Amalthea, and Thebe. These orbit very close to Jupiter; the innermost two orbit in less than a Jovian day. The latter two are respectively the fifth and seventh largest moons in the Jovian system. Observations suggest that at least the largest member, Amalthea, did not form on its present orbit, but farther from the planet, or that it is a captured Solar System body.[64] These moons, along with a number of seen and as-yet-unseen inner moonlets (see Amalthea moonlets), replenish and maintain Jupiter's faint ring system. Metis and Adrastea help to maintain Jupiter's main ring, whereas Amalthea and Thebe each maintain their own faint outer rings.[65][66]
* Main group or Galilean moons: Io, Europa, Ganymede and Callisto. They are some of the largest objects in the Solar System outside the Sun and the eight planets in terms of mass, larger than any known dwarf planet. Ganymede exceeds (and Callisto nearly equals) even the planet Mercury in diameter, though they are less massive. They are respectively the fourth-, sixth-, first-, and third-largest natural satellites in the Solar System, containing approximately 99.997% of the total mass in orbit around Jupiter, while Jupiter is almost 5,000 times more massive than the Galilean moons.[note 2] The inner moons are in a 1:2:4 orbital resonance. Models suggest that they formed by slow accretion in the low-density Jovian subnebula—a disc of the gas and dust that existed around Jupiter after its formation—which lasted up to 10 million years in the case of Callisto.[67] Europa, Ganymede, and Callisto are suspected of having subsurface water oceans,[68][69] and Io may have a subsurface magma ocean.[70]

### Irregular satellites

Orbits and positions of Jupiter's irregular satellites as of 1 January 2021. Prograde orbits are colored blue while retrograde orbits are colored red. File:Jupiter irregular moons polar plot.svg107 irregular moons of Jupiter plotted by semi-major axis and inclination as of April 2026[update].

The irregular satellites are substantially smaller objects with more distant and eccentric orbits. They form families with shared similarities in orbit (semi-major axis, inclination, eccentricity) and composition; it is believed that these are at least partially collisional families that were created when larger (but still small) parent bodies were shattered by impacts from asteroids captured by Jupiter's gravitational field. These families bear the names of their largest members. The identification of satellite families is tentative, but the following are typically listed:[2][71][65]

* Prograde satellites:
* Themisto is the innermost irregular moon and is not part of a known family.[2][71]
* The Himalia group is confined within semi-major axes between 11–13 million km (6.8–8.1 million mi), inclinations between 27 and 30°, and eccentricities between 0.11 and 0.24.[72] It has been suggested that the group could be a remnant of the break-up of an asteroid from the asteroid belt.[71] The largest two members, Himalia and Elara, are respectively the sixth- and eighth-largest Jovian moons.
* The Carpo group includes two known moons on very high orbital inclinations of over 50° and semi-major axes between 16–18 million km (9.9–11.2 million mi).[2] Due to their exceptionally high inclinations, the moons of the Carpo group are subject to gravitational perturbations that induce the Lidov–Kozai resonance in their orbits, which cause their eccentricities and inclinations to periodically oscillate in correspondence with each other.[38] The Lidov–Kozai resonance can significantly alter the orbits of these moons: for example, the eccentricity and inclination of the group's namesake Carpo can fluctuate between 0.19–0.69 and 44–59°, respectively.[38]
* Valetudo is the outermost prograde moon and is not part of a known family. Its prograde orbit crosses paths with several moons that have retrograde orbits and may in the future collide with them.[40]
* Retrograde satellites:
* The Carme group is tightly confined within semi-major axes between 22.7–23.5 million km (14.1–14.6 million mi), inclinations between 164.3 and 164.9°, and eccentricities between 0.24 and 0.28.[72] It is very homogeneous in color (light red) and is believed to have originated as collisional fragments from a D-type asteroid progenitor, possibly a Jupiter trojan.[30]
* The Ananke group has a relatively wider spread than the previous groups, with semi-major axes between 19–22 million km (12–14 million mi), inclinations between 144 and 156°, and eccentricities between 0.10 and 0.30.[72] Most of the members appear gray, and are believed to have formed from the breakup of a captured asteroid.[30]
* The Pasiphae group is quite dispersed, with semi-major axes spread over 22–25 million km (14–16 million mi), inclinations between 141° and 158°, and higher eccentricities between 0.22 and 0.44.[72] The colors also vary significantly, from red to grey, which might be the result of multiple collisions. Sinope, sometimes included in the Pasiphae group,[30] is red and, given the difference in inclination, it could have been captured independently;[71] Pasiphae and Sinope are also trapped in secular resonances with Jupiter.[12]

Based on their survey discoveries in 2000–2003, Sheppard and Jewitt predicted that Jupiter should have approximately 100 irregular satellites larger than 1 km (0.6 mi) in diameter, or brighter than magnitude 24.[30]: 262 Survey observations by Alexandersen et al. in 2010–2011 agreed with this prediction, estimating that approximately 40 Jovian irregular satellites of this size remained undiscovered in 2012.[34]: 4

In September 2020, researchers from the University of British Columbia identified 45 candidate irregular moons from an analysis of archival images taken in 2010 by the CFHT.[73] These candidates were mainly small and faint, down to magnitude of 25.7 or above 0.8 km (0.5 mi) in diameter. From the number of candidate moons detected within a sky area of one square degree, the team extrapolated that the population of retrograde Jovian moons brighter than magnitude 25.7 is around 600+600
−300 within a factor of 2.[3]: 6 Although the team considers their characterized candidates to be likely moons of Jupiter, they all remain unconfirmed due to insufficient observation data for determining reliable orbits.[73] The true population of Jovian irregular moons is likely complete down to magnitude 23.2 at diameters over 3 km (1.9 mi) as of 2020[update].[3]: 6 [34]: 4

Orbital diagram of the orbital inclination and orbital distances for Jupiter's rings and moon system at various scales. Notable moons, moon groups, and rings are individually labeled. Open the image for full resolution.

## List of moons

The moons of Jupiter are listed below by orbital period. Moons massive enough for their surfaces to have collapsed into a spheroid are highlighted in bold. These are the four Galilean moons, which are comparable in size to the Moon. The other moons are much smaller. The least massive Galilean moon is over 7,000 times more massive than the most massive of the other moons.[6] The irregular captured moons are shaded light gray and orange when prograde and yellow, red, and dark gray when retrograde. The orbits and mean distances of the irregular moons are highly variable over short timescales due to frequent planetary and solar perturbations,[38] so proper orbital elements which are averaged over a period of time are preferably used. The proper orbital elements of the irregular moons listed here are averaged over a 400-year numerical integration by the Jet Propulsion Laboratory: for the above reasons, they may strongly differ from osculating orbital elements provided by other sources.[72] Otherwise, recently discovered irregular moons without published proper elements are temporarily listed here with inaccurate osculating orbital elements that are italicized to distinguish them from other irregular moons with proper orbital elements. Some of the irregular moons' proper orbital periods in this list may not scale accordingly with their proper semi-major axes due to the aforementioned perturbations. The irregular moons' proper orbital elements are all based on the reference epoch of 1 January 2000.[72] Some irregular moons have only been observed briefly for a year or two, but their orbits are known accurately enough that they will not be lost to positional uncertainties.[38][2]

Key  Inner moons (4) | ♠ Galilean moons (4) | † Themisto (1)

|
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♣ Himalia group (11) | § Carpo group (2) | ± Valetudo (1)
♦ Ananke group (29) | ♥ Carme group (41) | ‡ Pasiphae group (22)

Template:Sticky table start

Label​[note 3] | Name  | Pronun­ciation  | Image  | Abs.
mag.​[74] | Dia­meter​[2][note 4]
(km)  | Mass​[75][note 5]
(× 1015 kg)  | Semi-major axis​[72]
(km)  | Orbital period​[72][note 6]
(d)  | Incli­nation​[72]
(°)  | Eccen­tric­ity​[2] | Disco­very
year​[1] | Year anno­unced  | Disco­verer​[59][1] | Group​[note 7]

|
|
|
|
|
|
|
|
|
|
|
|
|
|

Template:Dsv|XVI  | Metis | /ˈmiːtəs/ | 50px  | 10.5  | 43.4
(60 × 40 × 34)  | Template:Dsv|123.9  | 128000 | Template:Dsv|+0.2959
(+7h 06m 04s)  | 0.060  | 0.0002  | 1979  | 1980  | Synnott
(Voyager 1)  | Inner
Template:Dsv|XV  | Adrastea | /ædrəˈstiːə/ | 50px  | 12.0  | Template:Dsv|16.5
(20 × 16 × 14)  | Template:Dsv|2.0  | 129000 | Template:Dsv|+0.2994
(+7h 11m 4s)  | 0.030  | 0.0015  | 1979  | 1979  | Jewitt
(Voyager 2)  | Inner
Template:Dsv|V  | Amalthea | /æməlˈθiːə/​[76] | 50px  | 7.1  | style="max-width:5em" Template:Dsv|167.2
(250 × 146 × 128)  | Template:Dsv|2096.4  | 181366 | Template:Dsv|+0.4990
(+11h 58m 37s)  | 0.374  | 0.0032  | 1892  | 1892  | Barnard | Inner
Template:Dsv|XIV  | Thebe | /ˈθiːbiː/ | 50px  | 9.0  | Template:Dsv|98.5
(116 × 98 × 84)  | Template:Dsv|700.0  | 221889 | Template:Dsv|+0.6753
(+16h 12m 27s)  | 1.076  | 0.0175  | 1979  | 1980  | Synnott
(Voyager 1)  | Inner
Template:Dsv|I  | Io♠  | /ˈaɪoʊ/ |  | −1.7  | 3642.6 | 89284845.2 | 421700 | Template:Dsv|+1.7693
(+1d 18h 27m 46s)  | 0.050​[77] | 0.0040  | 1610  | 1610  | Galileo | Galilean
Template:Dsv|II  | Europa♠  | /jʊəˈroʊpə/​[78] | 50px  | −1.4  | 3121.6 | 47987653.0 | 670900 | Template:Dsv|+3.5504
(+3d 13h 12m 38s)  | 0.470​[77] | 0.0090  | 1610  | 1610  | Galileo  | Galilean
Template:Dsv|III  | Ganymede♠  | /ˈɡænɪmiːd/​[79][80] |  | −2.1  | 5268.2 | 148190000 | 1070400 | Template:Dsv|+7.1556 | 0.200​[77] | 0.0013  | 1610  | 1610  | Galileo  | Galilean
Template:Dsv|IV  | Callisto♠  | /kəˈlɪstoʊ/ | 50px  | −1.2  | 4820.6 | 107590000 | 1882700 | Template:Dsv|+16.690 | 0.192​[77] | 0.0074  | 1610  | 1610  | Galileo  | Galilean
Template:Dsv|XVIII  | Themisto†  | /θəˈmɪstoʊ/ | 50px  | 13.3  | Template:Dsv|≈ 9  | Template:Dsv|≈ 0.38 | 7397000 | Template:Dsv|+129.97 | 44.3  | 0.257  | 1975/​2000  | 1975  | Kowal & Roemer/
Sheppard et al.  | Themisto
Template:Dsv|  | S/2011 J 4♣  |  |  | 16.9  | Template:Dsv|≈ 3  | Template:Dsv|≈ 0.014 | 11104600 | Template:Dsv|+239.05 | 28.5  | 0.128  | 2011  | 2026  | Sheppard  | Himalia
Template:Dsv|XIII  | Leda♣  | /ˈliːdə/ | 50px  | 12.7  | 21.5  | Template:Dsv|≈ 5.2  | 11145200 | Template:Dsv|+240.33 | 28.2  | 0.162  | 1974  | 1974  | Kowal | Himalia
Template:Dsv|LXXI  | Ersa♣  | /ˈɜːrsə/ | 50px  | 16.0  | Template:Dsv|≈ 3  | Template:Dsv|≈ 0.014 | 11399400 | Template:Dsv|+248.62 | 29.0  | 0.117  | 2018  | 2018  | Sheppard  | Himalia
Template:Dsv|  | S/2018 J 2♣  |  |  | 16.5  | Template:Dsv|≈ 3  | Template:Dsv|≈ 0.014 | 11419700 | Template:Dsv|+249.28 | 28.3  | 0.152  | 2018  | 2022  | Sheppard  | Himalia
Template:Dsv|VI  | Himalia♣  | /hɪˈmeɪliə/ | 50px  | 7.9  | 139.6
(150 × 120)  | Template:Dsv|4200 | 11439000 | Template:Dsv|+249.91 | 28.4  | 0.160  | 1904  | 1905  | Perrine | Himalia
Template:Dsv|LXV  | Pandia♣  | /pænˈdaɪə/ | 50px  | 16.3  | Template:Dsv|≈ 3  | Template:Dsv|≈ 0.014 | 11479600 | Template:Dsv|+251.23 | 28.9  | 0.178  | 2017  | 2018  | Sheppard  | Himalia
Template:Dsv|X  | Lysithea♣  | /laɪˈsɪθiə/ | 50px  | 11.2  | 42.2  | Template:Dsv|≈ 39  | 11699100 | Template:Dsv|+258.50 | 27.7  | 0.117  | 1938  | 1938  | Nicholson | Himalia
Template:Dsv|VII  | Elara♣  | /ˈɛlərə/ | 50px  | 9.6  | 79.9  | Template:Dsv|≈ 270  | 11710700 | Template:Dsv|+258.89 | 27.8  | 0.212  | 1905  | 1905  | Perrine  | Himalia
Template:Dsv|  | S/2011 J 3♣  |  |  | 16.3  | Template:Dsv|≈ 3  | Template:Dsv|≈ 0.014 | 11716800 | Template:Dsv|+259.09 | 27.6  | 0.192  | 2011  | 2022  | Sheppard  | Himalia
Template:Dsv|  | S/2017 J 17♣  |  |  | 17.2  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 11776100 | Template:Dsv|+261.07 | 29.0  | 0.164  | 2017  | 2026  | Sheppard  | Himalia
Template:Dsv|LIII  | Dia♣  | /ˈdaɪə/ | 50px  | 16.2  | Template:Dsv|≈ 4  | Template:Dsv|≈ 0.034 | 12257900 | Template:Dsv|+277.25 | 29.1  | 0.232  | 2000  | 2001  | Sheppard et al.  | Himalia
Template:Dsv|  | S/2018 J 4§  |  | 50px  | 16.7  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 16328500 | Template:Dsv|+426.26 | 50.2  | 0.177  | 2018  | 2023  | Sheppard  | Carpo
Template:Dsv|XLVI  | Carpo§  | /ˈkɑːrpoʊ/ | 50px  | 16.2  | Template:Dsv|≈ 3  | Template:Dsv|≈ 0.014 | 17039500 | Template:Dsv|+454.40 | 53.3  | 0.415  | 2003  | 2003  | Sheppard  | Carpo
Template:Dsv|LXII  | Valetudo±  | /væləˈtjuːdoʊ/ | 50px  | 17.0  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 18690100 | Template:Dsv|+522.07 | 34.5  | 0.217  | 2016  | 2018  | Sheppard  | Valetudo
Template:Dsv|XXXIV  | Euporie♦  | /ˈjuːpəriː/ | 50px  | 16.3  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 19261900 | Template:Dsv|−546.18 | 145.5  | 0.148  | 2001  | 2002  | Sheppard et al.  | Ananke
Template:Dsv|LV | S/2003 J 18♦  |  | 50px  | 16.4  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 20332800 | Template:Dsv|−592.33 | 145.7  | 0.102  | 2003  | 2003  | Gladman  | Ananke
Template:Dsv|LX  | Eupheme♦  | /juːˈfiːmiː/ | 50px  | 16.5  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 20763400 | Template:Dsv|−611.32 | 147.9  | 0.234  | 2003  | 2003  | Sheppard  | Ananke
Template:Dsv|  | S/2021 J 3♦  |  |  | 17.2  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 20776600 | Template:Dsv|−611.87 | 147.9  | 0.239  | 2021  | 2023  | Sheppard  | Ananke
Template:Dsv|LII | S/2010 J 2♦  |  | 50px  | 17.4  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 20786900 | Template:Dsv|−612.35 | 148.0  | 0.244  | 2010  | 2011  | Veillet  | Ananke
Template:Dsv|LIV | S/2016 J 1♦  |  | 50px  | 17.0  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 20796700 | Template:Dsv|−612.78 | 145.1  | 0.245  | 2016  | 2017  | Sheppard  | Ananke
Template:Dsv|XL  | Mneme♦  | /ˈniːmiː/ | 50px  | 16.3  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 20815800 | Template:Dsv|−613.61 | 147.8  | 0.240  | 2003  | 2003  | Sheppard &
Gladman | Ananke
Template:Dsv|XXXIII  | Euanthe♦  | /juːˈænθiː/ | 50px  | 16.4  | Template:Dsv|≈ 3  | Template:Dsv|≈ 0.014 | 20822900 | Template:Dsv|−613.93 | 148.1  | 0.243  | 2001  | 2002  | Sheppard et al.  | Ananke
Template:Dsv|  | S/2003 J 16♦  |  | 50px  | 16.3  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 20877500 | Template:Dsv|−616.34 | 147.8  | 0.238  | 2003  | 2003  | Gladman  | Ananke
Template:Dsv|XXII  | Harpalyke♦  | /hɑːrˈpæləkiː/ | 50px  | 15.9  | Template:Dsv|≈ 4  | Template:Dsv|≈ 0.034 | 20887500 | Template:Dsv|−616.78 | 147.8  | 0.239  | 2000  | 2001  | Sheppard et al.  | Ananke
Template:Dsv|XXXV  | Orthosie♦  | /ɔːrˈθoʊziː/ | 50px  | 16.6  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 20897800 | Template:Dsv|−617.23 | 144.2  | 0.294  | 2001  | 2002  | Sheppard et al.  | Ananke
Template:Dsv|XLV  | Helike♦  | /ˈhɛləkiː/ | 50px  | 15.9  | Template:Dsv|≈ 4  | Template:Dsv|≈ 0.034 | 20911400 | Template:Dsv|−617.86 | 154.4  | 0.155  | 2003  | 2003  | Sheppard  | Ananke
Template:Dsv|  | S/2021 J 2♦  |  |  | 17.3  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 20926600 | Template:Dsv|−618.50 | 148.1  | 0.242  | 2021  | 2023  | Sheppard  | Ananke
Template:Dsv|XXVII  | Praxidike♦  | /prækˈsɪdəkiː/ | 50px  | 14.8  | 7  | Template:Dsv|≈ 0.18 | 20931100 | Template:Dsv|−618.72 | 148.2  | 0.245  | 2000  | 2001  | Sheppard et al.  | Ananke
Template:Dsv|LXIV | S/2017 J 3♦  |  | 50px  | 16.7  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 20936500 | Template:Dsv|−618.97 | 147.9  | 0.238  | 2017  | 2018  | Sheppard  | Ananke
Template:Dsv|  | S/2021 J 1♦  |  |  | 17.3  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 20954700 | Template:Dsv|−619.77 | 150.5  | 0.228  | 2021  | 2023  | Sheppard  | Ananke
Template:Dsv|  | S/2003 J 12♦  |  | 50px  | 17.1  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 20959300 | Template:Dsv|−619.96 | 150.0  | 0.235  | 2003  | 2003  | Sheppard  | Ananke
Template:Dsv|LXVIII | S/2017 J 7♦  |  | 50px  | 16.6  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 20960400 | Template:Dsv|−620.02 | 147.4  | 0.235  | 2017  | 2018  | Sheppard  | Ananke
Template:Dsv|XLII  | Thelxinoe♦  | /θɛlkˈsɪnoʊiː/ |  | 16.3  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 20972300 | Template:Dsv|−620.55 | 150.7  | 0.229  | 2003  | 2004  | Sheppard &
Gladman et al.  | Ananke
Template:Dsv|XXIX  | Thyone♦  | /θaɪˈoʊniː/ | 50px  | 15.8  | Template:Dsv|≈ 4  | Template:Dsv|≈ 0.034 | 20972700 | Template:Dsv|−620.59 | 147.6  | 0.235  | 2001  | 2002  | Sheppard et al.  | Ananke
Template:Dsv|  | S/2021 J 8♦  |  |  | 16.9  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 20978900 | Template:Dsv|−620.85 | 147.1  | 0.243  | 2021  | 2026  | Sheppard et al.  | Ananke
Template:Dsv|LXXIII  | S/2003 J 2♦  |  | 50px  | 16.7  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 20992900 | Template:Dsv|−621.47 | 150.1  | 0.225  | 2003  | 2003  | Sheppard  | Ananke
Template:Dsv|  | S/2022 J 3♦  |  |  | 17.3  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 21015100 | Template:Dsv|−622.44 | 148.1  | 0.248  | 2022  | 2023  | Sheppard  | Ananke
Template:Dsv|XII  | Ananke♦  | /əˈnæŋkiː/ | 50px  | 11.8  | 29.1  | Template:Dsv|≈ 13  | 21029500 | Template:Dsv|−623.11 | 147.6  | 0.238  | 1951  | 1951  | Nicholson  | Ananke
Template:Dsv|XXIV  | Iocaste♦  | /aɪəˈkæstiː/ | 50px  | 15.4  | Template:Dsv|≈ 5  | Template:Dsv|≈ 0.065 | 21062300 | Template:Dsv|−624.55 | 148.7  | 0.223  | 2000  | 2001  | Sheppard et al.  | Ananke
Template:Dsv|  | S/2017 J 10♦  |  | 50px  | 17.0  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 21075800 | Template:Dsv|−625.15 | 145.1  | 0.209  | 2017  | 2025  | Sheppard  | Ananke
Template:Dsv|XXX  | Hermippe♦  | /hərˈmɪpiː/ | 50px  | 15.5  | Template:Dsv|≈ 4  | Template:Dsv|≈ 0.034 | 21103600 | Template:Dsv|−626.38 | 150.2  | 0.220  | 2001  | 2002  | Sheppard et al.  | Ananke
Template:Dsv|  | S/2010 J 6♦  |  |  | 16.5  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 21489800 | Template:Dsv|−643.67 | 149.9  | 0.297  | 2010  | 2026  | Sheppard  | Ananke
Template:Dsv|LXX | S/2017 J 9♦  |  | 50px  | 16.1  | Template:Dsv|≈ 3  | Template:Dsv|≈ 0.014 | 21764200 | Template:Dsv|−656.05 | 155.4  | 0.197  | 2017  | 2018  | Sheppard  | Ananke
Template:Dsv|LVIII  | Philo­phrosyne‡  | /fɪləˈfrɒzəniː/ |  | 16.6  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 22600200 | Template:Dsv|−694.20 | 146.1  | 0.221  | 2003  | 2003  | Sheppard  | Pasiphae
Template:Dsv|  | S/2016 J 3♥  |  | 50px  | 16.7  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 22719300 | Template:Dsv|−699.76 | 164.6  | 0.251  | 2016  | 2023  | Sheppard  | Carme
Template:Dsv|  | S/2022 J 1♥  |  |  | 17.0  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 22744700 | Template:Dsv|−700.93 | 164.5  | 0.257  | 2022  | 2023  | Sheppard  | Carme
Template:Dsv|  | S/2010 J 4♥  |  |  | 17.2  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.0042 | 22793400 | Template:Dsv|−703.19 | 164.6  | 0.278  | 2010  | 2026  | Sheppard  | Carme
Template:Dsv|LXIX | S/2017 J 8♥  |  | 50px  | 17.1  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 22819600 | Template:Dsv|−704.42 | 164.8  | 0.259  | 2017  | 2018  | Sheppard  | Carme
Template:Dsv|XXXVIII  | Pasithee♥  | /ˈpæsəθiː/ | 50px  | 16.8  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 22840800 | Template:Dsv|−705.41 | 164.5  | 0.274  | 2001  | 2002  | Sheppard et al.  | Carme
Template:Dsv|  | S/2017 J 13♥  |  |  | 17.0  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.0042 | 22842700 | Template:Dsv|−705.50 | 164.5  | 0.277  | 2017  | 2026  | Sheppard  | Carme
Template:Dsv|  | S/2021 J 6♥  |  |  | 17.3  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 22870400 | Template:Dsv|−706.77 | 164.9  | 0.271  | 2021  | 2023  | Sheppard et al.  | Carme
Template:Dsv|  | S/2003 J 24♥  |  |  | 16.6  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 22882400 | Template:Dsv|−707.33 | 164.6  | 0.263  | 2003  | 2021  | Sheppard et al.  | Carme
Template:Dsv|XXXII  | Eurydome‡  | /jʊəˈrɪdəmiː/ | 50px  | 16.2  | Template:Dsv|≈ 3  | Template:Dsv|≈ 0.014 | 22894500 | Template:Dsv|−707.86 | 148.9  | 0.287  | 2001  | 2002  | Sheppard et al.  | Pasiphae
Template:Dsv|LVI | S/2011 J 2‡  |  |  | 16.9  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 22903400 | Template:Dsv|−708.29 | 151.7  | 0.358  | 2011  | 2012  | Sheppard  | Pasiphae
Template:Dsv|  | S/2003 J 4‡  |  | 50px  | 16.7  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 22922300 | Template:Dsv|−709.12 | 148.3  | 0.327  | 2003  | 2003  | Sheppard  | Pasiphae
Template:Dsv|  | S/2017 J 18♥  |  |  | 16.8  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 22923800 | Template:Dsv|−709.24 | 164.9  | 0.254  | 2017  | 2026  | Sheppard  | Carme
Template:Dsv|XXI  | Chaldene♥  | /kælˈdiːniː/ | 50px  | 16.0  | Template:Dsv|≈ 4  | Template:Dsv|≈ 0.034 | 22926300 | Template:Dsv|−709.36 | 164.7  | 0.261  | 2000  | 2001  | Sheppard et al.  | Carme
Template:Dsv|LXIII | S/2017 J 2♥  |  | 50px  | 16.8  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 22949600 | Template:Dsv|−710.42 | 164.5  | 0.270  | 2017  | 2018  | Sheppard  | Carme
Template:Dsv|XXVI  | Isonoe♥  | /aɪˈsɒnoʊiː/ | 50px  | 15.9  | Template:Dsv|≈ 4  | Template:Dsv|≈ 0.034 | 22976300 | Template:Dsv|−711.66 | 164.9  | 0.249  | 2000  | 2001  | Sheppard et al.  | Carme
Template:Dsv|  | S/2017 J 11♥  |  |  | 17.1  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 22991300 | Template:Dsv|−712.38 | 164.8  | 0.268  | 2017  | 2025  | Sheppard  | Carme
Template:Dsv|  | S/2017 J 16♥  |  |  | 17.2  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 23007800 | Template:Dsv|−713.13 | 164.7  | 0.268  | 2017  | 2026  | Sheppard  | Carme
Template:Dsv|XLIV  | Kallichore♥  | /kəˈlɪkəriː/ | 50px  | 16.2  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 23017100 | Template:Dsv|−713.59 | 164.7  | 0.253  | 2003  | 2003  | Sheppard  | Carme
Template:Dsv|  | S/2021 J 4♥  |  |  | 17.4  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 23019700 | Template:Dsv|−713.71 | 164.6  | 0.265  | 2021  | 2023  | Sheppard  | Carme
Template:Dsv|XXV  | Erinome♥  | /ɛˈrɪnəmiː/ | 50px  | 16.0  | Template:Dsv|≈ 3  | Template:Dsv|≈ 0.014 | 23027200 | Template:Dsv|−714.05 | 164.3  | 0.272  | 2000  | 2001  | Sheppard et al.  | Carme
Template:Dsv|XXXVII  | Kale♥  | /ˈkeɪliː/ | 50px  | 16.1  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 23047800 | Template:Dsv|−715.02 | 164.6  | 0.262  | 2001  | 2002  | Sheppard et al.  | Carme
Template:Dsv|LVII  | Eirene♥  | /aɪˈriːniː/ |  | 15.8  | Template:Dsv|≈ 4  | Template:Dsv|≈ 0.034 | 23051300 | Template:Dsv|−715.19 | 164.7  | 0.263  | 2003  | 2003  | Sheppard  | Carme
Template:Dsv|XXXI  | Aitne♥  | /ˈeɪtniː/ | 50px  | 16.0  | Template:Dsv|≈ 3  | Template:Dsv|≈ 0.014 | 23059400 | Template:Dsv|−715.54 | 164.5  | 0.273  | 2001  | 2002  | Sheppard et al.  | Carme
Template:Dsv|XLVII  | Eukelade♥  | /juːˈkɛlədiː/ | 50px  | 15.9  | Template:Dsv|≈ 4  | Template:Dsv|≈ 0.034 | 23062400 | Template:Dsv|−715.69 | 164.7  | 0.274  | 2003  | 2003  | Sheppard  | Carme
Template:Dsv|  | S/2022 J 2♥  |  |  | 17.5  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 23073400 | Template:Dsv|−716.21 | 164.7  | 0.263  | 2022  | 2023  | Sheppard  | Carme
Template:Dsv|XLIII  | Arche♥  | /ˈɑːrkiː/ | 50px  | 16.2  | Template:Dsv|≈ 3  | Template:Dsv|≈ 0.014 | 23093200 | Template:Dsv|−717.11 | 164.5  | 0.263  | 2002  | 2002  | Sheppard  | Carme
Template:Dsv|XX  | Taygete♥  | /teɪˈɪdʒətiː/ | 50px  | 15.6  | Template:Dsv|≈ 5  | Template:Dsv|≈ 0.065 | 23103400 | Template:Dsv|−717.59 | 164.7  | 0.257  | 2000  | 2001  | Sheppard et al.  | Carme
Template:Dsv|  | S/2016 J 4‡  |  |  | 17.3  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 23113900 | Template:Dsv|−718.04 | 147.1  | 0.294  | 2016  | 2023  | Sheppard  | Pasiphae
Template:Dsv|LXXII | S/2011 J 1♥  |  |  | 16.8  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 23120800 | Template:Dsv|−718.42 | 164.7  | 0.269  | 2011  | 2012  | Sheppard  | Carme
Template:Dsv|XI  | Carme♥  | /ˈkɑːrmiː/ | 50px  | 10.7  | 46.7  | Template:Dsv|≈ 53  | 23139200 | Template:Dsv|−719.28 | 164.6  | 0.261  | 1938  | 1938  | Nicholson  | Carme
Template:Dsv|L  | Herse♥  | /ˈhɜːrsiː/ |  | 16.5  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 23146700 | Template:Dsv|−719.63 | 164.4  | 0.258  | 2003  | 2003  | Gladman et al.  | Carme
Template:Dsv|LXI | S/2003 J 19♥  |  |  | 16.6  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 23153100 | Template:Dsv|−719.92 | 164.6  | 0.264  | 2003  | 2003  | Gladman  | Carme
Template:Dsv|  | S/2017 J 15‡  |  |  | 17.1  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 23170300 | Template:Dsv|−720.65 | 149.2  | 0.232  | 2017  | 2026  | Sheppard  | Pasiphae
Template:Dsv|LI | S/2010 J 1♥  |  | 50px  | 16.5  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 23185600 | Template:Dsv|−721.43 | 164.5  | 0.256  | 2010  | 2011  | Jacobson et al.  | Carme
Template:Dsv|  | S/2003 J 9♥  |  | 50px  | 16.9  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 23195100 | Template:Dsv|−721.88 | 164.7  | 0.268  | 2003  | 2003  | Sheppard  | Carme
Template:Dsv|LXVI | S/2017 J 5♥  |  | 50px  | 16.6  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 23202000 | Template:Dsv|−722.20 | 164.7  | 0.261  | 2017  | 2018  | Sheppard  | Carme
Template:Dsv|  | S/2011 J 6♥  |  |  | 16.9  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 23238700 | Template:Dsv|−723.93 | 164.9  | 0.261  | 2011  | 2026  | Sheppard  | Carme
Template:Dsv|LXVII | S/2017 J 6‡  |  | 50px  | 16.4  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 23251200 | Template:Dsv|−724.47 | 149.6  | 0.333  | 2017  | 2018  | Sheppard  | Pasiphae
Template:Dsv|  | S/2018 J 5♥  |  |  | 17.1  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 23269900 | Template:Dsv|−725.38 | 164.9  | 0.261  | 2018  | 2026  | Sheppard  | Carme
Template:Dsv|  | S/2017 J 12♥  |  |  | 17.3  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 23270500 | Template:Dsv|−725.40 | 164.8  | 0.257  | 2017  | 2026  | Sheppard  | Carme
Template:Dsv|XXIII  | Kalyke♥  | /ˈkæləkiː/ | 50px  | 15.3  | 6.9  | Template:Dsv|≈ 0.17 | 23298000 | Template:Dsv|−726.70 | 164.7  | 0.261  | 2000  | 2001  | Sheppard et al.  | Carme
Template:Dsv|  | S/2021 J 7‡  |  |  | 17.3  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 23305900 | Template:Dsv|−727.01 | 149.4  | 0.253  | 2021  | 2026  | Sheppard  | Pasiphae
Template:Dsv|XXXIX  | Hegemone‡  | /həˈdʒɛməniː/ |  | 15.6  | Template:Dsv|≈ 3  | Template:Dsv|≈ 0.014 | 23342600 | Template:Dsv|−728.77 | 152.5  | 0.357  | 2003  | 2003  | Sheppard  | Pasiphae
Template:Dsv|  | S/2003 J 10♥  |  | 50px  | 16.9  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 23384400 | Template:Dsv|−730.74 | 164.6  | 0.257  | 2003  | 2003  | Sheppard  | Carme
Template:Dsv|  | S/2018 J 3♥  |  |  | 17.3  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 23400200 | Template:Dsv|−731.49 | 164.9  | 0.268  | 2018  | 2023  | Sheppard  | Carme
Template:Dsv|  | S/2017 J 14‡  |  |  | 17.0  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 23412500 | Template:Dsv|−732.04 | 142.7  | 0.436  | 2017  | 2026  | Sheppard  | Pasiphae
Template:Dsv|  | S/2021 J 5♥  |  |  | 16.8  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 23414600 | Template:Dsv|−732.15 | 164.9  | 0.272  | 2021  | 2023  | Sheppard et al.  | Carme
Template:Dsv|  | S/2024 J 1♥  |  |  | 16.9  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 23462100 | Template:Dsv|−734.38 | 164.7  | 0.273  | 2024  | 2026  | Sheppard  | Carme
Template:Dsv|VIII  | Pasiphae‡  | /pəˈsɪfeɪiː/ | 50px  | 10.1  | 57.8  | Template:Dsv|≈ 100  | 23463200 | Template:Dsv|−734.42 | 148.3  | 0.412  | 1908  | 1908  | Melotte | Pasiphae
Template:Dsv|  | S/2011 J 5♥  |  |  | 17.2  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 23527800 | Template:Dsv|−737.46 | 164.6  | 0.251  | 2011  | 2026  | Sheppard  | Carme
Template:Dsv|XXXVI  | Sponde‡  | /ˈspɒndiː/ | 50px  | 16.7  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 23538700 | Template:Dsv|−737.95 | 149.4  | 0.323  | 2001  | 2002  | Sheppard et al.  | Pasiphae
Template:Dsv|  | S/2010 J 5♥  |  |  | 17.9  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 23581000 | Template:Dsv|−739.99 | 164.6  | 0.257  | 2010  | 2026  | Ashton et al.  | Carme
Template:Dsv|XIX  | Megaclite‡  | /ˌmɛɡəˈklaɪtiː/ | 50px  | 15.1  | Template:Dsv|≈ 6  | Template:Dsv|≈ 0.065 | 23640100 | Template:Dsv|−742.77 | 149.9  | 0.421  | 2000  | 2001  | Sheppard et al.  | Pasiphae
Template:Dsv|XLVIII  | Cyllene‡  | /səˈliːniː/ |  | 16.3  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 23650000 | Template:Dsv|−743.21 | 146.8  | 0.421  | 2003  | 2003  | Sheppard  | Pasiphae
Template:Dsv|IX  | Sinope‡  | /səˈnoʊpiː/ | 50px  | 11.2  | 35  | Template:Dsv|≈ 22  | 23679300 | Template:Dsv|−744.60 | 157.3  | 0.262  | 1914  | 1914  | Nicholson  | Pasiphae
Template:Dsv|LIX | S/2017 J 1‡  |  | 50px  | 16.8  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 23739600 | Template:Dsv|−747.44 | 145.6  | 0.321  | 2017  | 2017  | Sheppard  | Pasiphae
Template:Dsv|XLI  | Aoede‡  | /eɪˈiːdiː/ |  | 15.5  | Template:Dsv|≈ 4  | Template:Dsv|≈ 0.034 | 23773100 | Template:Dsv|−749.07 | 155.7  | 0.437  | 2003  | 2003  | Sheppard  | Pasiphae
Template:Dsv|XXVIII  | Autonoe‡  | /ɔːˈtɒnoʊiː/ | 50px  | 15.5  | Template:Dsv|≈ 4  | Template:Dsv|≈ 0.034 | 23785200 | Template:Dsv|−749.61 | 150.7  | 0.326  | 2001  | 2002  | Sheppard et al.  | Pasiphae
Template:Dsv|XVII  | Callirrhoe‡  | /kəˈlɪroʊiː/ | 50px  | 14.0  | 9.6  | Template:Dsv|≈ 0.46 | 23789400 | Template:Dsv|−749.79 | 144.9  | 0.290  | 1999  | 2000  | Scotti et al.  | Pasiphae
Template:Dsv|  | S/2003 J 23‡  |  | 50px  | 16.7  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 23824000 | Template:Dsv|−751.40 | 144.4  | 0.306  | 2003  | 2004  | Sheppard  | Pasiphae
Template:Dsv|  | S/2010 J 3‡  |  |  | 17.2  | Template:Dsv|≈ 1  | Template:Dsv|≈ 0.00052 | 23862900 | Template:Dsv|−753.28 | 148.3  | 0.313  | 2010  | 2026  | Sheppard  | Pasiphae
Template:Dsv|XLIX  | Kore‡  | /ˈkɔːriː/ | 50px  | 16.6  | Template:Dsv|≈ 2  | Template:Dsv|≈ 0.0042 | 24203300 | Template:Dsv|−769.42 | 141.7  | 0.338  | 2003  | 2003  | Sheppard  | Pasiphae

Template:Sticky table end

## Exploration

Main articles: Astronomy:Exploration of Jupiter, Ganymede (moon) § Exploration, Europa (moon) § Exploration, Callisto (moon) § Exploration, and Io (moon) § Observational history

The orbit and motion of the Galilean moons around Jupiter, as captured by JunoCam aboard the Juno spacecraft

Jovian radiation  Moon | rem/day

|

Io | 3600[81]
Europa | 540[81]
Ganymede | 8[81]
Callisto | 0.01[81]
Earth (Max) | 0.07
Earth (Avg) | 0.0007

Nine spacecraft have visited Jupiter. The first were Pioneer 10 in 1973, and Pioneer 11 a year later, taking low-resolution images of the four Galilean moons and returning data on their atmospheres and radiation belts.[82] The Voyager 1 and Voyager 2 probes visited Jupiter in 1979, discovering the volcanic activity on Io and the presence of water ice on the surface of Europa.[83][84]

The Galileo spacecraft was the first to enter orbit around Jupiter, arriving in 1995 and studying it until 2003. During this period, Galileo gathered a large amount of information about the Jovian system, making close approaches to all of the Galilean moons and finding evidence for thin atmospheres on three of them, as well as the possibility of liquid water beneath the surfaces of Europa, Ganymede, and Callisto. It also discovered a magnetic field around Ganymede.[85][86]

Then the Cassini probe to Saturn flew by Jupiter in 2000 and collected data on interactions of the Galilean moons with Jupiter's extended atmosphere.[87] The New Horizons spacecraft flew by Jupiter in 2007 and made improved measurements of its satellites' orbital parameters.[88][89]

In 2016, the Juno spacecraft imaged the Galilean moons from above their orbital plane as it approached Jupiter orbit insertion, creating a time-lapse movie of their motion.[90] With a mission extension, Juno has since begun close flybys of the Galileans, flying by Ganymede in 2021 followed by Europa and Io in 2022. It flew by Io again in late 2023 and once more in early 2024.[91]

## See also

* Jupiter's moons in fiction
* Satellite system

## Notes

1. ↑ For comparison, the area of a sphere with diameter 250 km is about the area of Senegal and comparable to the area of Belarus, Syria and Uruguay. The area of a sphere with a diameter of 5 km is about the area of Guernsey and somewhat more than the area of San Marino. (But note that these smaller moons are not spherical.)
2. ↑ Jupiter Mass of 1.8986 × 1027 kg / Mass of Galilean moons 3.93 × 1023 kg = 4,828
3. ↑ Label refers to the Roman numeral attributed to each moon in order of their naming.
4. ↑ Diameters with multiple entries such as "60 × 40 × 34" reflect that the body is not a perfect spheroid and that each of its dimensions has been measured well enough.
5. ↑ The only satellites with measured masses are Amalthea, Himalia, and the four Galilean moons. The masses of the inner satellites are estimated by assuming a density similar to Amalthea's (0.86 g/cm3), while the rest of the irregular satellites are estimated by assuming a spherical volume and a density of 1 g/cm3.
6. ↑ Periods with negative values are retrograde.
7. ↑ "?" refers to group assignments that are not considered sure yet.

## References

1. ↑ 1.0 1.1 1.2 1.3 1.4 "Planetary Satellite Discovery Circumstances". JPL Solar System Dynamics. NASA. 30 April 2025. https://ssd.jpl.nasa.gov/sats/discovery.html.
2. ↑ 2.00 2.01 2.02 2.03 2.04 2.05 2.06 2.07 2.08 2.09 Sheppard, Scott S.. "Moons of Jupiter". Earth & Planets Laboratory. Carnegie Institution for Science. https://sites.google.com/carnegiescience.edu/sheppard/moons/jupitermoons.
3. ↑ 3.0 3.1 3.2 Ashton, Edward; Beaudoin, Matthew; Gladman, Brett (September 2020). "The Population of Kilometer-scale Retrograde Jovian Irregular Moons". The Planetary Science Journal 1 (2): 52. doi:10.3847/PSJ/abad95. Bibcode: 2020PSJ.....1...52A.
4. ↑ "Solar System Small Worlds Fact Sheet". https://nssdc.gsfc.nasa.gov/planetary/factsheet/galileanfact_table.html.
5. ↑ "Ganymede: Facts - NASA Science" (in en-US). https://science.nasa.gov/jupiter/moons/ganymede/facts/.
6. ↑ 6.0 6.1 "Planetary Satellite Mean Elements". NASA/JPL. https://ssd.jpl.nasa.gov/sats/elem/. Retrieved 2026-02-10.
7. ↑ 7.0 7.1 7.2 7.3 7.4 Canup, Robert M.; Ward, William R. (2009). "Origin of Europa and the Galilean Satellites". Europa. University of Arizona Press (in press). Bibcode: 2009euro.book...59C.
8. ↑ Alibert, Y.; Mousis, O.; Benz, W. (2005). "Modeling the Jovian subnebula I. Thermodynamic conditions and migration of proto-satellites". Astronomy & Astrophysics 439 (3): 1205–13. doi:10.1051/0004-6361:20052841. Bibcode: 2005A&A...439.1205A.
9. ↑ 9.0 9.1 Chown, Marcus (7 March 2009). "Cannibalistic Jupiter ate its early moons". New Scientist. https://www.newscientist.com/article/mg20126984.300-cannibalistic-jupiter-ate-its-early-moons.html.
10. ↑ Lari, Giacomo; Saillenfest, Melaine; Fenucci, Marco (2020). "Long-term evolution of the Galilean satellites: the capture of Callisto into resonance". Astronomy & Astrophysics 639: A40. doi:10.1051/0004-6361/202037445. Bibcode: 2020A&A...639A..40L. https://www.aanda.org/articles/aa/full_html/2020/07/aa37445-20/aa37445-20.html. Retrieved 1 August 2022.
11. ↑ 11.0 11.1 Jewitt, David; Haghighipour, Nader (September 2007). "Irregular Satellites of the Planets: Products of Capture in the Early Solar System". Annual Review of Astronomy & Astrophysics 45 (1): 261–295. doi:10.1146/annurev.astro.44.051905.092459. Bibcode: 2007ARA&A..45..261J. http://www2.ess.ucla.edu/~jewitt/papers/2007/JH07.pdf. Retrieved 8 January 2023.
12. ↑ 12.0 12.1 12.2 12.3 12.4 12.5 Nesvorný, David; Beaugé, Cristian; Dones, Luke (March 2004). "Collisional Origin of Families of Irregular Satellites". The Astronomical Journal 127 (3): 1768–1783. doi:10.1086/382099. ISSN 0004-6256. Bibcode: 2004AJ....127.1768N. http://www.boulder.swri.edu/~davidn/papers/irrbig.pdf. Retrieved 27 August 2008.
13. ↑ 13.0 13.1 13.2 Nesvorný, David; Alvarellos, Jose L. A.; Dones, Luke; Levison, Harold F. (July 2003). "Orbital and Collisional Evolution of the Irregular Satellites" (in en). The Astronomical Journal 126 (1): 398–429. doi:10.1086/375461. ISSN 0004-6256. Bibcode: 2003AJ....126..398N.
14. ↑ Xi, Zezong Z. (February 1981). "The Discovery of Jupiter's Satellite Made by Gan De 2000 years Before Galileo". Acta Astrophysica Sinica 1 (2): 87. Bibcode: 1981AcApS...1...85X. http://en.cnki.com.cn/Article_en/CJFDTOTAL-TTWL198102000.htm. Retrieved 18 July 2018.
15. ↑ Galilei, Galileo (1989). Translated and prefaced by Albert Van Helden. ed. Sidereus Nuncius. Chicago & London: University of Chicago Press. pp. 14–16. ISBN 0-226-27903-0. https://archive.org/details/sidereusnunciuso00gali.
16. ↑ Van Helden, Albert (March 1974). "The Telescope in the Seventeenth Century" (in en). Isis (The University of Chicago Press on behalf of The History of Science Society) 65 (1): 38–58. doi:10.1086/351216. ISSN 0021-1753.
17. ↑ Pasachoff, Jay M. (May 2015). "Simon Marius's Mundus Iovialis: 400th Anniversary in Galileo's Shadow". Journal for the History of Astronomy 46 (2): 218–234. doi:10.1177/0021828615585493. Bibcode: 2015JHA....46..218P.
18. ↑ Barnard, E. E. (October 1892). "Discovery and Observation of a Fifth Satellite to Jupiter". Astronomical Journal 12 (275): 81–85. doi:10.1086/101715. Bibcode: 1892AJ.....12...81B. https://articles.adsabs.harvard.edu/pdf/1892AJ.....12...81B. Retrieved 7 January 2023.
19. ↑ Campbell, L. (9 January 1905). "Discovery of a Sixth Satellite of Jupiter". Astronomical Journal 24 (570): 154. doi:10.1086/103654. Bibcode: 1905AJ.....24S.154.. https://articles.adsabs.harvard.edu/pdf/1905AJ.....24S.154.. Retrieved 7 January 2023.
20. ↑ Perrine, C. D. (30 March 1905). "The Seventh Satellite of Jupiter". Publications of the Astronomical Society of the Pacific 17 (101): 62–63. doi:10.1086/121624. Bibcode: 1905PASP...17...56.. https://articles.adsabs.harvard.edu/pdf/1905PASP...17...56.. Retrieved 7 January 2023.
21. ↑ Melotte, P. J. (March 1908). "Note on the Newly Discovered Eighth Satellite of Jupiter, Photographed at the Royal Observatory, Greenwich". Monthly Notices of the Royal Astronomical Society 68 (6): 456–457. doi:10.1093/mnras/68.6.456. Bibcode: 1908MNRAS..68..456.. https://articles.adsabs.harvard.edu/pdf/1908MNRAS..68..456.. Retrieved 7 January 2023.
22. ↑ Nicholson, S. B. (October 1914). "Discovery of the Ninth Satellite of Jupiter". Publications of the Astronomical Society of the Pacific 26 (1): 197–198. doi:10.1086/122336. PMID 16586574. PMC 1090718. Bibcode: 1914PASP...26..197N. https://articles.adsabs.harvard.edu/pdf/1914PASP...26..197N. Retrieved 7 January 2023.
23. ↑ Nicholson, S. B. (October 1938). "Two New Satellites of Jupiter". Publications of the Astronomical Society of the Pacific 50 (297): 292–293. doi:10.1086/124963. Bibcode: 1938PASP...50..292N. https://articles.adsabs.harvard.edu/pdf/1938PASP...50..292N. Retrieved 7 January 2023.
24. ↑ Nicholson, S. B. (December 1951). "An unidentified object near Jupiter, probably a new satellite". Publications of the Astronomical Society of the Pacific 63 (375): 297–299. doi:10.1086/126402. Bibcode: 1951PASP...63..297N. https://articles.adsabs.harvard.edu/pdf/1951PASP...63..297N. Retrieved 7 January 2023.
25. ↑ Kowal, C. T.; Aksnes, K.; Marsden, B. G.; Roemer, E. (June 1975). "Thirteenth satellite of Jupiter". Astronomical Journal 80: 460–464. doi:10.1086/111766. Bibcode: 1975AJ.....80..460K. https://articles.adsabs.harvard.edu/pdf/1975AJ.....80..460K. Retrieved 7 January 2023.
26. ↑ Marsden, Brian G. (3 October 1975). "Probable New Satellite of Jupiter" (discovery telegram sent to the IAU). IAU Circular (Cambridge, US: Smithsonian Astrophysical Observatory) (2845). http://www.cbat.eps.harvard.edu/iauc/02800/02845.html. Retrieved 8 January 2011.
27. ↑ Synnott, S. P. (November 1980). "1979J2: The Discovery of a Previously Unknown Jovian Satellite". Science 210 (4471): 786–788. doi:10.1126/science.210.4471.786. PMID 17739548. Bibcode: 1980Sci...210..786S.
28. ↑ 28.0 28.1 "Press Information Sheet: New Outer Satellite of Jupiter Discovered". Central Bureau for Astronomical Telegrams. 20 July 2000. http://www.cbat.eps.harvard.edu/pressinfo/S1999J1.html.
29. ↑ 29.0 29.1 Nicholson, P. D.; Cuk, M.; Sheppard, S. S.; Nesvorny, D.; Johnson, T. V. (2008). "Irregular Satellites of the Giant Planets". The Solar System Beyond Neptune. pp. 411–424. ISBN 978-0-8165-2755-7. Bibcode: 2008ssbn.book..411N. https://www.lpi.usra.edu/books/ssbn2008/7030.pdf. Retrieved 7 January 2023.
30. ↑ 30.0 30.1 30.2 30.3 30.4 30.5 30.6 Sheppard, Scott S.; Jewitt, David C. (May 2003). "An abundant population of small irregular satellites around Jupiter". Nature 423 (6937): 261–263. doi:10.1038/nature01584. PMID 12748634. Bibcode: 2003Natur.423..261S. http://www2.ess.ucla.edu/~jewitt/papers/JSATS/SJ2003.pdf. Retrieved 7 January 2023.
31. ↑ 31.0 31.1 Sheppard, Scott S.; Jewitt, David C. (4 February 2004). "New Satellites of Jupiter Discovered in 2003". Institute for Astronomy. University of Hawaii. http://www.ifa.hawaii.edu/~sheppard/satellites/jup2003.html.
32. ↑ Gladman, Brett; Allen, Lynne; Kavelaars, JJ; Cook, Michelle (29 May 2003). "Irregular Satellites of Jupiter". University of British Columbia. https://www.astro.ubc.ca/people/gladman/jup2003.html.
33. ↑ 33.0 33.1 33.2 Jacobson, R.; Brozović, M.; Gladman, B.; Alexandersen, M.; Nicholson, P. D.; Veillet, C. (November 2012). "Irregular Satellites of the Outer Planets: Orbital Uncertainties and Astrometric Recoveries in 2009–2011". The Astronomical Journal 144 (5): 8. doi:10.1088/0004-6256/144/5/132. 132. Bibcode: 2012AJ....144..132J.
34. ↑ 34.0 34.1 34.2 34.3 Alexandersen, M.; Gladman, B.; Veillet, C.; Jacobson, R.; Brozović, M.; Rousselot, P. (July 2012). "Discovery of Two Additional Jovian Irregulars". The Astronomical Journal 144 (1): 4. doi:10.1088/0004-6256/144/1/21. 21. Bibcode: 2012AJ....144...21A.
35. ↑ Green, Daniel W. E. (1 June 2011). "CBET 2734: New Satellites of Jupiter: S/2010 J 1 and S/2010 J 2". Central Bureau Electronic Telegrams (Central Bureau for Astronomical Telegrams) (2734): 1. Bibcode: 2011CBET.2734....1G. http://www.cbat.eps.harvard.edu/iau/cbet/002700/CBET002734.txt. Retrieved 7 January 2023.
36. ↑ Alexandersen, Mike; Gladman, Brett; Lin, Brian; Balma, Chris (4 June 2012). "UBC researchers help unveil Jupiter's smallest known moon". University of British Columbia. https://www.astro.ubc.ca/people/gladman/jup2003.html.
37. ↑ Sheppard, Scott (23 February 2012). "2 New Satellites of Jupiter Discovered". Department of Terrestrial Magnetism. Carnegie Institution for Science. http://www.dtm.ciw.edu/news-mainmenu-2/68-science-headlines/774-2-new-satellites-of-jupiter-discovered.
38. ↑ 38.0 38.1 38.2 38.3 38.4 Brozović, Marina; Jacobson, Robert A. (March 2017). "The Orbits of Jupiter's Irregular Satellites". The Astronomical Journal 153 (4): 10. doi:10.3847/1538-3881/aa5e4d. 147. Bibcode: 2017AJ....153..147B.
39. ↑ 39.0 39.1 Beatty, J. Kelly (17 July 2017). "Jupiter's Moons: 10 More Found, 79 Known". Sky & Telescope. https://skyandtelescope.org/astronomy-news/jupiters-moons-12-more-found-79-now-known/.
40. ↑ 40.0 40.1 40.2 40.3 Sheppard, Scott S.Expression error: Unrecognized word "etal". (August 2018). "New Jupiter Satellites and Moon-Moon Collisions". Research Notes of the American Astronomical Society 2 (3): 155. doi:10.3847/2515-5172/aadd15. 155. Bibcode: 2018RNAAS...2..155S.
41. ↑ Beatty, J. Kelly (6 June 2017). "Two New Satellites for Jupiter". Sky & Telescope. https://skyandtelescope.org/astronomy-news/two-new-satellites-for-jupiter/.
42. ↑ Sheppard, Scott S. (October 2018). "Discovering 12 New Moons Around Jupiter". NOAO Newsletter (NOIRLAb) (118): 9–10. https://noirlab.edu/public/media/archives/noaonewsletter/pdf/noaonewsletter118.pdf. Retrieved 7 January 2023.
43. ↑ "MPEC 2021-V333: S/2003 J 24". Minor Planet Electronic Circulars. Minor Planet Center. 15 November 2021. https://minorplanetcenter.net/mpec/K21/K21VX3.html.
44. ↑ 44.0 44.1 "MPEC 2023-D46: S/2022 J 3". Minor Planet Electronic Circulars. Minor Planet Center. 22 February 2023. https://minorplanetcenter.net/mpec/K23/K23D46.html.
45. ↑ 45.0 45.1 Hecht, Jeff (31 January 2023). "Astronomers Find a Dozen More Moons for Jupiter". Sky & Telescope. https://skyandtelescope.org/astronomy-news/astronomers-find-a-dozen-more-moons-for-jupiter/.
46. ↑ Greenfieldboyce, Nell (9 February 2023). "Here's why Jupiter's tally of moons keeps going up and up". NPR. https://www.npr.org/2023/02/09/1155425572/heres-why-jupiters-tally-of-moons-keeps-going-up-and-up.
47. ↑ "MPEC 2025-H210: S/2017 J 10". Minor Planet Electronic Circulars. Minor Planet Center. 30 April 2025. https://minorplanetcenter.net/mpec/K25/K25HL0.html.
48. ↑ "MPEC 2025-H211: S/2017 J 11". Minor Planet Electronic Circulars. Minor Planet Center. 30 April 2025. https://minorplanetcenter.net/mpec/K25/K25HL1.html.
49. ↑ "MPEC 2026-F09: S/2011 J 4". Minor Planet Electronic Circulars. Minor Planet Center. 16 March 2026. https://minorplanetcenter.net/mpec/K26/K26F09.html.
50. ↑ "MPEC 2026-F12: S/2011 J 5". Minor Planet Electronic Circulars. Minor Planet Center. 16 March 2026. https://minorplanetcenter.net/mpec/K26/K26F12.html.
51. ↑ "MPEC 2026-G43 : S/2010 J 3". Minor Planet Electronic Circulars. Minor Planet Center. 9 April 2026. https://minorplanetcenter.net/mpec/K26/K26G43.html.
52. ↑ "MPEC 2026-G52 : S/2017 J 18". Minor Planet Electronic Circulars. Minor Planet Center. 9 April 2026. https://minorplanetcenter.net/mpec/K26/K26G52.html.
53. ↑ 53.0 53.1 Jones, R. Lynne; Jurić, Mario; Ivezić, Željko (January 2016). "Asteroid Discovery and Characterization with the Large Synoptic Survey Telescope". Proceedings of the International Astronomical Union 10 (S318): 282–292. doi:10.1017/S1743921315008510. Bibcode: 2016IAUS..318..282J.
54. ↑ 54.0 54.1 54.2 Holler, Bryan J.Expression error: Unrecognized word "etal". (July 2018). "Solar system science with the Wide-Field Infrared Survey Telescope". Journal of Astronomical Telescopes, Instruments, and Systems 4 (3). doi:10.1117/1.JATIS.4.3.034003. 034003. Bibcode: 2018JATIS...4c4003H.
55. ↑ 55.0 55.1 Marazzini, C. (2005). "The names of the satellites of Jupiter: from Galileo to Simon Marius" (in it). Lettere Italiane 57 (3): 391–407.
56. ↑ Marazzini, Claudio (2005). "I nomi dei satelliti di Giove: da Galileo a Simon Marius (The names of the satellites of Jupiter: from Galileo to Simon Marius)". Lettere Italiane 57 (3): 391–407.
57. ↑ Nicholson, Seth Barnes (April 1939). "The Satellites of Jupiter". Publications of the Astronomical Society of the Pacific 51 (300): 85–94. doi:10.1086/125010. Bibcode: 1939PASP...51...85N.
58. ↑ Owen, Tobias (September 1976). "Jovian Satellite Nomenclature". Icarus 29 (1): 159–163. doi:10.1016/0019-1035(76)90113-5. Bibcode: 1976Icar...29..159O.
59. ↑ 59.0 59.1 59.2 59.3 "Planet and Satellite Names and Discoverers". Gazetteer of Planetary Nomenclature. IAU Working Group for Planetary System Nomenclature. https://planetarynames.wr.usgs.gov/Page/Planets.
60. ↑ Sagan, Carl (April 1976). "On Solar System Nomenclature". Icarus 27 (4): 575–576. doi:10.1016/0019-1035(76)90175-5. Bibcode: 1976Icar...27..575S.
61. ↑ Payne-Gaposchkin, Cecilia; Haramundanis, Katherine (1970). Introduction to Astronomy. Englewood Cliffs, N.J.: Prentice-Hall. ISBN 0-13-478107-4.
62. ↑ 62.0 62.1 Marsden, Brian G. (3 October 1975). "Satellites of Jupiter". IAU Circular (2846). http://www.cbat.eps.harvard.edu/iauc/02800/02846.html#Item6. Retrieved 8 January 2011.
63. ↑ "IAU Rules and Conventions". Working Group for Planetary System Nomenclature. U.S. Geological Survey. https://planetarynames.wr.usgs.gov/Page/Rules.
64. ↑ Anderson, John D. et al. (2005-05-27). "Amalthea's Density Is Less Than That of Water" (in en). Science 308 (5726): 1291–1293. doi:10.1126/science.1110422. ISSN 0036-8075. PMID 15919987. Bibcode: 2005Sci...308.1291A.
65. ↑ 65.0 65.1 Bagenal, Fran; Dowling, Timothy Edward; McKinnon, William B. (2004). "Jupiter's outer satellites and Trojans". in Bagenal, Fran. Jupiter: the planet, satellites and magnetosphere. Cambridge planetary science. 1. Cambridge (GB): Cambridge University Press. pp. 263–280. ISBN 978-0-521-81808-7. http://www.ifa.hawaii.edu/~jewitt/papers/JUPITER/JSP.2003.pdf.
66. ↑ Burns, Joseph A. et al. (1999-05-14). "The Formation of Jupiter's Faint Rings" (in en). Science 284 (5417): 1146–1150. doi:10.1126/science.284.5417.1146. ISSN 0036-8075. PMID 10325220. Bibcode: 1999Sci...284.1146B.
67. ↑ Canup, Robin M.; Ward, William R. (December 2002). "Formation of the Galilean Satellites: Conditions of Accretion". The Astronomical Journal 124 (6): 3404–3423. doi:10.1086/344684. Bibcode: 2002AJ....124.3404C. https://www.boulder.swri.edu/~robin/cw02final.pdf. Retrieved 31 August 2008.
68. ↑ Clavin, Whitney (May 1, 2014). "Ganymede May Harbor 'Club Sandwich' of Oceans and Ice". NASA (Jet Propulsion Laboratory). http://www.jpl.nasa.gov/news/news.php?release=2014-138.
69. ↑ Vance, Steve; Bouffard, Mathieu; Choukroun, Mathieu; Sotina, Christophe (12 April 2014). "Ganymede's internal structure including thermodynamics of magnesium sulfate oceans in contact with ice". Planetary and Space Science 96: 62–70. doi:10.1016/j.pss.2014.03.011. Bibcode: 2014P&SS...96...62V. https://hal.science/hal-04714639.
70. ↑ Khurana, K. K.; Jia, X.; Kivelson, M. G.; Nimmo, F.; Schubert, G.; Russell, C. T. (12 May 2011). "Evidence of a Global Magma Ocean in Io's Interior". Science 332 (6034): 1186–1189. doi:10.1126/science.1201425. PMID 21566160. Bibcode: 2011Sci...332.1186K.
71. ↑ 71.0 71.1 71.2 71.3 Grav, Tommy; Holman, Matthew J.; Gladman, Brett J.; Aksnes, Kaare (November 2003). "Photometric survey of the irregular satellites". Icarus 166 (1): 33–45. doi:10.1016/j.icarus.2003.07.005. Bibcode: 2003Icar..166...33G.
72. ↑ 72.0 72.1 72.2 72.3 72.4 72.5 72.6 72.7 72.8 "Planetary Satellite Mean Elements". JPL Solar System Dynamics. NASA. https://ssd.jpl.nasa.gov/sats/elem/sep.html. Note: Orbital elements of regular satellites are with respect to the Laplace plane, while orbital elements of irregular satellites are with respect to the ecliptic.
73. ↑ 73.0 73.1 Schilling, Govert (8 September 2020). "Study Suggests Jupiter Could Have 600 Moons". Sky & Telescope. https://skyandtelescope.org/astronomy-news/jupiter-could-have-600-moons/.
74. ↑ "Natural Satellites Ephemeris Service". Minor Planet Center. https://minorplanetcenter.net/iau/NatSats/NaturalSatellites.html. Selection of Objects → "All Jovian outer irregular satellites" → Check "I require Orbital Elements" → Get Information
75. ↑ "Planetary Satellite Physical Parameters". Jet Propulsion Laboratory. https://ssd.jpl.nasa.gov/sats/phys_par/.
76. ↑ "Amalthea". Merriam-Webster Dictionary. https://www.merriam-webster.com/dictionary/Amalthea.
77. ↑ 77.0 77.1 77.2 77.3 Siedelmann, P.K.; Abalakin, V.K.; Bursa, M; Davies, M.E. et al. (2000). ﻿The Planets and Satellites 2000﻿ (Report). IAU/IAG Working Group on Cartographic Coordinates and Rotational Elements of the Planets and Satellites. http://www.hnsky.org/iau-iag.htm. Retrieved 31 August 2008.
78. ↑ "Europa - definition of Europa in English from the Oxford dictionary". OxfordDictionaries.com. https://www.oxforddictionaries.com/definition/english/europa.
79. ↑ "Ganymede - definition of Ganymede in English from the Oxford dictionary". OxfordDictionaries.com. https://www.oxforddictionaries.com/definition/english/ganymede.
80. ↑ "Ganymede". Merriam-Webster Dictionary. https://www.merriam-webster.com/dictionary/Ganymede.
81. ↑ 81.0 81.1 81.2 81.3 Ringwald, Frederick A. (29 February 2000). "SPS 1020 (Introduction to Space Sciences)". California State University, Fresno. https://zimmer.csufresno.edu/~fringwal/w08a.jup.txt.
82. ↑ Fillius, Walker; McIlwain, Carl; Mogro-Campero, Antonio; Steinberg, Gerald (1976). "Evidence that pitch angle scattering is an important loss mechanism for energetic electrons in the inner radiation belt of Jupiter" (in en). Geophysical Research Letters 3 (1): 33–36. doi:10.1029/GL003i001p00033. ISSN 1944-8007. Bibcode: 1976GeoRL...3...33F.
83. ↑ Morabito, L. A. (1979). "Discovery of currently active extraterrestrial volcanism". Science 204 (4396): 972. doi:10.1126/science.204.4396.972. PMID 17800432. Bibcode: 1979Sci...204..972M.
84. ↑ "Why Europa: Evidence for an Ocean". NASA. https://science.nasa.gov/mission/europa-clipper/why-europa-evidence-for-an-ocean/.
85. ↑ Collinson, G., Paterson, W. R., Bard, C., Dorelli, J., Glocer, A., Sarantos, M., & Wilson, R. (2018). "New results from Galileo's first flyby of Ganymede: Reconnection-driven flows at the low-latitude magnetopause boundary, crossing the cusp, and icy ionospheric escape.". Geophysical Research Letters (45). doi:10.1002/2017GL075487.
86. ↑ "Galileo - NASA Science". NASA. https://science.nasa.gov/mission/galileo/.
87. ↑ Hansen, Candice J.; Bolton, Scott J.; Matson, Dennis L.; Spilker, Linda J.; Lebreton, Jean-Pierre (June 18, 2004). "The Cassini–Huygens flyby of Jupiter". Icarus (Elsevier) 172 (1): 1–8. September 16, 2004. doi:10.1016/j.icarus.2004.06.018. Bibcode: 2004Icar..172....1H.
88. ↑ "Capturing Callisto". Johns Hopkins APL. http://pluto.jhuapl.edu/gallery/sciencePhotos/image.php?page=4&gallery_id=2&image_id=21.
89. ↑ "Pluto-Bound New Horizons Spacecraft Gets a Boost from Jupiter". Johns Hopkins APL. February 28, 2007. https://pluto.jhuapl.edu/News-Center/News-Article.php?page=022807.
90. ↑ Juno Approach Movie of Jupiter and the Galilean Moons , NASA, July 2016
91. ↑ Dickinson, David (February 21, 2017). "Juno Will Stay in Current Orbit Around Jupiter". Sky and Telescope. http://www.skyandtelescope.com/astronomy-news/juno-stay-current-orbit-jupiter/.

## External links

* Scott S. Sheppard: Moons of Jupiter
* Scott S. Sheppard: The Jupiter Satellite and Moon Page
* Jupiter Moons by NASA's Solar System Exploration
* Archive of Jupiter System Articles in Planetary Science Research Discoveries
* Tilmann Denk: Outer Moons of Jupiter

* v
* t
* e

Moons of Jupiter

Listed in approximately increasing distance from Jupiter. Provisional designations in italics.

Inner moons|

* Metis
* Adrastea
* Amalthea
* Thebe

Galilean moons|

* Io
* Europa
* Ganymede
* Callisto

Themisto group|

* Themisto

Himalia group|

* Leda
* Himalia
* Ersa
* Pandia
* Lysithea
* Elara
* Dia

Carpo group|

* Carpo

Valetudo group|

* Valetudo

Ananke group|

* S/2003 J 12(?)
* Euporie
* Eupheme
* Jupiter LV
* Jupiter LII
* Thelxinoe
* Euanthe
* Helike
* Orthosie
* Jupiter LXVIII
* Jupiter LIV
* Jupiter LXIV
* Iocaste
* S/2003 J 16(?)
* Praxidike
* Harpalyke
* Mneme
* Hermippe
* Thyone
* Jupiter LXX
* Ananke

Carme group|

* Jupiter LXXII
* Herse
* Aitne
* Kale
* Taygete
* Jupiter LXI
* Chaldene
* S/2003 J 10(?)
* Erinome
* Kallichore
* Jupiter LXVI
* Jupiter LXIX
* Kalyke
* Carme
* Jupiter LXIII
* Pasithee
* Jupiter LI
* Eukelade
* Arche
* Isonoe
* S/2003 J 9(?)
* Eirene

Pasiphae group|

* Jupiter LXVII
* Philophrosyne
* S/2003 J 23(?)
* Aoede
* Callirrhoe
* Eurydome
* Kore
* Cyllene
* Jupiter LVI
* Jupiter LIX
* S/2003 J 4(?)
* Pasiphae
* Hegemone
* Sinope
* Sponde
* Autonoe
* Megaclite
* S/2003 J 2(?)

* Rings of Jupiter
* In fiction

* v
* t
* e

Jupiter

* Outline of Jupiter

Geography|

* Atmosphere
* Great Red Spot
* Magnetosphere
* Rings

Moons|

| Inner moons|

* Adrastea
* Amalthea
* Metis
* Thebe

|

Galilean moons|

* Callisto
* Europa
* Ganymede
* Io

Irregular moons|

* Ananke group
* Carme group
* Himalia group
* Pasiphae group

Ungrouped moons|

* Carpo
* Themisto
* Valetudo

Astronomy|

| General|

* Jupiter-crossing minor planets
* Solar eclipses

|

Trojans|

* Greek camp
* Trojan camp

Impact events|

* Comet Shoemaker–Levy 9
* 2009 Jupiter impact event
* 2010 Jupiter impact event

Exploration and
orbiting missions|

| Current|

* Juno

|

Past|

* Cassini
* Galileo
* New Horizons
* Pioneer program
* Pioneer 10
* Pioneer 11
* Ulysses
* Voyager program
* Voyager 1
* Voyager 2

Future|

* Jupiter Icy Moons Explorer (2022)
* Europa Clipper (2025)

Proposed|

* Io Volcano Observer (2021)
* Laplace-P (2023)
* Smara (2030)

Related|

* Fiction
* Jovian
* Moons
* Mythology

* Book
* Category

* v
* t
* e

Natural satellites of the Solar System

Planetary
satellites|

* Terrestrial
* Martian
* Jovian
* Saturnian
* Uranian
* Neptunian

Dwarf-planet
satellites|

* Plutonian
* Haumean
* Makemakean
* Eridian
* OR10
* Quaoaran
* Orcean

Minor-planet moons|

* Main belt binaries:
* Antiope
* Frostia
* Berna
* Tokai
* Ostro
* Balam
* Doppler
* Pauling
* Iwamoto
* Wolff
* Bettig
* Christophedumas
* Trojans:
* Patroclus–Menoetius
* Hektor–Skamandrios
* Iphthime
* Eurydamas
* TNOs:
* Huya
* Typhon–Echidna
* Lempo–Paha–Hiisi
* 2002 UX25
* Logos–Zoe
* Ceto–Phorcys
* Borasisi–Pabu
* Sila–Nunam
* Teharonhiawako–Sawiskera
* Salacia–Actaea
* 2002 WC19
* Altjira
* Varda–Ilmarë
* 2003 AZ84
* Gǃkúnǁʼhòmdímà–Gǃòʼé ǃHú
* Mors–Somnus
* Manwë–Thorondor
* ǂKá̦gára–ǃHãunu
* 2013 FY27

Ranked by size|

* Planetary-mass moon
* Ganymede
* largest: 5268 km / 0.413 Earths
* Titan
* Callisto
* Io
* Moon
* Europa
* Triton
* Titania
* Rhea
* Oberon
* Iapetus
* Charon
* Umbriel
* Ariel
* Dione
* Tethys
* Dysnomia
* Enceladus
* Miranda
* Vanth
* Proteus
* Mimas
* Ilmarë
* Nereid
* Hiʻiaka
* Actaea
* Hyperion
* ...

* Discovery timeline
* Inner moons
* Irregular moons
* List
* Planetary-mass moons
* Naming
* Subsatellite
* Regular moons
* Trojan moons

* v
* t
* e

Solar System

* Sun
* Mercury
* Venus
* Earth
* Mars
* Ceres
* Jupiter
* Saturn
* Uranus
* Neptune
* Pluto
* Haumea
* Makemake
* Eris

| Planets|

* Terrestrial planets
* Mercury
* Venus
* Earth
* Mars

* Giant planets
* Jupiter
* Saturn
* Uranus
* Neptune

* Dwarf planets
* Ceres
* Pluto
* Haumea
* Makemake
* Eris

|

Rings|

* Jovian
* Saturnian (Rhean)
* Charikloan
* Chironean
* Uranian
* Neptunian
* Haumean

Moons|

* Terrestrial
* Moon
* other near-Earth objects
* Martian
* Phobos
* Deimos
* Jovian
* Ganymede
* Callisto
* Io
* Europa
* all 79
* Saturnian
* Titan
* Rhea
* Iapetus
* Dione
* Tethys
* Enceladus
* Mimas
* Hyperion
* Phoebe
* all 82
* Uranian
* Titania
* Oberon
* Umbriel
* Ariel
* Miranda
* all 27
* Neptunian
* Triton
* Proteus
* Nereid
* all 14
* Plutonian
* Charon
* Nix
* Hydra
* Kerberos
* Styx
* Eridian
* Dysnomia
* Haumean
* Hiʻiaka
* Namaka
* Makemakean
* S/2015 (136472) 1

Exploration
(outline)|

* Colonization
* Discovery
* astronomy
* historical models
* timeline
* Human spaceflight
* space stations
* list
* Space probes
* timeline
* list

* Mercury
* Venus
* Moon
* mining
* Mars
* Ceres
* Asteroids
* mining
* Comets
* Jupiter
* Saturn
* Uranus
* Neptune
* Pluto
* Deep space

Hypothetical
objects|

* Fifth giant
* Nemesis
* Phaeton
* Planet Nine
* Planet V
* Planet X
* Theia
* Tyche
* Vulcan
* Vulcanoids
* Subsatellites

Lists|

* Comets
* Dwarf planets (possible)
* Gravitationally rounded objects
* Minor planets
* names
* Natural satellites
* Solar System models
* Solar System objects
* by size
* by discovery date

| Small Solar
System bodies|

* Comets
* Damocloids
* Meteoroids
* Minor planets
* moons
* Planetesimal

* Mercury-crossers
* Venus-crossers
* Venus trojans
* Near-Earth objects
* Earth-crossers
* Earth trojans
* Mars-crossers
* Mars trojans

* Asteroid belt
* Asteroids
* Ceres
* Pallas
* Juno
* Vesta
* first 1000
* families
* exceptional
* Kirkwood gap
* Main-belt comets

* Jupiter-crossers
* Jupiter trojans
* Centaurs
* Saturn-crossers
* Uranus-crossers
* Uranus trojans
* Neptune-crossers
* Neptune trojans
* Cis-Neptunian objects
* Trans-Neptunian objects

* Plutoids
* Kuiper belt
* Cubewanos
* Plutinos
* Detached objects
* Hills cloud
* Oort cloud
* Scattered disc
* Sednoids

|

Formation
and evolution|

* Accretion
* Accretion disk
* Asteroid belt
* Circumplanetary disk
* Circumstellar disc
* Circumstellar envelope
* Cosmic dust
* Debris disk
* Detached object
* Disrupted planet
* Excretion disk
* Exoplanetary Circumstellar Environments and Disk Explorer
* Exozodiacal dust
* Extraterrestrial materials
* Extraterrestrial sample curation
* Giant-impact hypothesis
* Gravitational collapse
* Hills cloud
* Interplanetary dust cloud
* Interplanetary medium
* Interplanetary space
* Interstellar cloud
* Interstellar dust
* Interstellar medium
* Interstellar space
* Kuiper belt
* List of interstellar and circumstellar molecules
* Merging stars
* Molecular cloud
* Nebular hypothesis
* Oort cloud
* Outer space
* Planetary migration
* Planetary system
* Planetesimal
* Planet formation
* Protoplanetary disk
* Ring system
* Rubble pile
* Sample-return mission
* Scattered disc
* Star formation

* Outline of the Solar System
*   *   *

Solar System → Local Interstellar Cloud → Local Bubble → Gould Belt → Orion Arm → Milky Way → Milky Way subgroup → Local Group → Local Sheet → Virgo Supercluster → Laniakea Supercluster → Observable universe → Universe
Each arrow (→) may be read as "within" or "part of".

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