planemo

In astronomy terms the difference between planemo and mesoplanet

is that planemo is an astronomical object with enough mass to achieve hydrostatic equilibrium, but not enough to initiate core fusion at any time in its existence. That is, it is rounded in shape and is smaller than a star. Planemos include planets, dwarf planets, and the larger moons of the Solar System, but also sub-brown dwarfs and rogue planets between the stars while mesoplanet is a habitable planet, such as Earth, that has a surface temperature of 0–50°C, optimal for much terrestrial life.

Fusor is a see also of planemo.

In astronomy|lang=en terms the difference between fusor and planemo

is that fusor is (astronomy) a celestial body that, through self-gravity, is able to perform nuclear fusion within its core, at any point in its life these include stars, stellar remnants, and brown dwarfs while planemo is (astronomy) an astronomical object with enough mass to achieve hydrostatic equilibrium, but not enough to initiate core fusion at any time in its existence that is, it is rounded in shape and is smaller than a star planemos include planets, dwarf planets, and the larger moons of the solar system, but also sub-brown dwarfs and rogue planets between the stars.

As nouns the difference between fusor and planemo

is that fusor is (astronomy) a celestial body that, through self-gravity, is able to perform nuclear fusion within its core, at any point in its life these include stars, stellar remnants, and brown dwarfs while planemo is (astronomy) an astronomical object with enough mass to achieve hydrostatic equilibrium, but not enough to initiate core fusion at any time in its existence that is, it is rounded in shape and is smaller than a star planemos include planets, dwarf planets, and the larger moons of the solar system, but also sub-brown dwarfs and rogue planets between the stars.

As nouns the difference between fusion and planemo

is that fusion is fusion while planemo is (astronomy) an astronomical object with enough mass to achieve hydrostatic equilibrium, but not enough to initiate core fusion at any time in its existence that is, it is rounded in shape and is smaller than a star planemos include planets, dwarf planets, and the larger moons of the solar system, but also sub-brown dwarfs and rogue planets between the stars.

Planemo is a see also of superplanet.

As nouns the difference between planemo and superplanet

is that planemo is (astronomy) an astronomical object with enough mass to achieve hydrostatic equilibrium, but not enough to initiate core fusion at any time in its existence that is, it is rounded in shape and is smaller than a star planemos include planets, dwarf planets, and the larger moons of the solar system, but also sub-brown dwarfs and rogue planets between the stars while superplanet is any very large planet, but especially a large superjovian gas giant.