SPACE PIXEL

Space Codex / Exoplanet reference

Published exoplanet measurements

HD 96700 b

HD 96700 b orbits HD 96700 once every 8.1245 days. The system is about 82.8799 light-years from Earth.

Archive retrieved November 1, 2026 (America/New_York). The selected paper and archive update dates appear below.

The recorded orbit

The selected archive solution gives an orbital period of 8.1245 days, or 0.0222437 Earth years. Its reported semimajor axis is 0.0777 AU. That orbital scale is 0.200724 times Mercury's semimajor axis. The listed eccentricity is 0.138. The period measures a year on this planet. It does not establish the length of its rotation or the duration of daylight.

Read how orbital period, size, and eccentricity fit together.

Size and mass

No planetary radius is supplied in this selected solution. The profile leaves that gap visible rather than estimating a size from the mass. The mass parameter is 8.9 (+0.4 / −0.4) Earth masses. Its archive provenance is Msini. Read this provenance before comparing it with a true mass: an inclination-dependent minimum or another mass definition must keep its qualification.

Compare rocky planets, sub-Neptunes, and giant planets.

The host star and received light

The host is cataloged as HD 96700. The selected row gives spectral type G0 V. Its reported effective temperature is 5845 K. Its reported mass is 0.89 solar masses. The available stellar and orbital entries do not establish a breathable atmosphere, surface water, or life.

What a habitable-zone claim does and does not mean · How a star changes over time.

Other planets around HD 96700

The fetched archive contains 3 selected default planet records for this host. This is the retrieved record set, and additional or revised discoveries may appear in later research.

Planet records for HD 96700
PlanetPeriod (days)Radius (Earth)Mass parameter (Earth)Mass definition
HD 96700 b8.1245 (+0.0006 / −0.0006)Not reported in this solution8.9 (+0.4 / −0.4)Msini
HD 96700 c19.88 (+0.01 / −0.01)Not reported in this solution3.5 (+0.4 / −0.4)Msini
HD 96700 d103.5 (+0.1 / −0.1)Not reported in this solution12.7 (+1 / −1)Msini

Earth comparison

Units and scale comparisons
QuantityReported value or conversionComparison
Orbital period8.1245 days0.0222437 Earth years
System distance25.4111 parsecs82.8799 light-years
Orbital scale0.0777 (+0.0013 / −0.0013)AU; Earth = 1
Mass parameter8.9 (+0.4 / −0.4)Earth masses; check mass definition

Conversions use rounded central values. They are navigation aids for the data, not additional observations. Uncertainties for the original parameters remain in the next table.

Measurement table

Selected published solution for HD 96700 b
ParameterValue and reported uncertaintyUnit or definition
Orbital period8.1245 (+0.0006 / −0.0006)days
Semimajor axis0.0777 (+0.0013 / −0.0013)AU
RadiusNot reported in this solutionEarth radii
Mass parameter8.9 (+0.4 / −0.4)Earth masses
Orbital eccentricityUpper limit: 0.138dimensionless
Orbital inclinationNot reported in this solutiondegrees
Equilibrium temperatureNot reported in this solutionK; model estimate
Incident fluxNot reported in this solutionEarth flux
Bulk densityNot reported in this solutiong/cm³
Host effective temperature5845 (+13 / −13)K
Host radiusNot reported in this solutionsolar radii
Host mass0.89 (+0.01 / −0.01)solar masses
Host metallicity-0.18 (+0.01 / −0.01)dex; archive abundance definition
Host age8.6 (+0.7 / −0.7)billion years
Host luminosity0.13988log10 solar luminosity
Host surface gravity4.39 (+0.02 / −0.02)log10 cm/s²
Host rotation periodNot reported in this solutiondays
System distance25.4111 (+0.0284 / −0.0283)parsecs

Parentheses show the reported upper and lower uncertainties when both are supplied. Bounds are explicitly labeled. A missing entry means unavailable in this solution, not zero. The confidence convention belongs to the source paper.

Research record and limitations

Discovery and provenance
RecordValue
Planetary referenceUnger et al. 2021
Discovery methodRadial Velocity
Discovery year2021
Discovery facilityLa Silla Observatory
Mass provenanceMsini
Host stars in system1
Archive system planet count3
Planetary solution publication date2021-10
Row update date2021-11-02
Archive release date2021-11-02

Source: NASA Exoplanet Archive overview for HD 96700 b, Planetary Systems table, default solution. The collection excludes entries flagged controversial at retrieval. A selected default is a published reference choice, not a claim that every parameter is the latest estimate in all literature.

This profile documents measurements and their scope. It is separate from the 3D planet catalog and does not create a sponsorship placement or a new explorer destination.