Seven Earth years for one circuit.
The adopted joint orbital fit puts b about 3.53 astronomical units from its star, with a period of 7.33 Earth years. Its orbit is close to circular. This is a wide-orbit giant, moving slowly enough that its rhythm takes years of observations to follow. Those measurements trace a gravitational path, not the changing shapes of individual clouds.
More than a minimum.
Radial velocities measure the star’s motion toward and away from us. Astrometry adds its movement across the sky. Together, they constrain the orbital inclination and give a dynamical mass of about one Jupiter in the adopted model. That is why the comparison above uses Jupiter and does not carry the minimum-mass qualifier used for some other worlds in this atlas.
A world without a shoreline.
Gas giants carry enormous envelopes rather than an accessible rocky surface. For this world, pale bands and billowing clouds provide one possible visual language. They do not establish ammonia, water or any other cloud ingredient. Looking farther down would not uncover a convenient landing site: the atmospheric setting continues into increasingly extreme conditions.
The next clues come from light.
Measuring a planet’s own light can add information that stellar motion cannot provide. Spectroscopy separates that light into wavelengths to investigate atmospheric properties, while an orbit supplies a different set of constraints. These scenes imagine the view from within the system. The profile keeps the unknown radius, composition and detailed weather visible as open questions.
