See title. This planet is a rogue planet without any star or without being volcanically active. On this planet, my idea is that antimatter would continually collide and annihilate with hydrogen in the upper atmosphere. This would provide heating and lighting for the planet. However, my question is, could these conditions allow the planet to support life and allow enough time for life to evolve (10-20 million years). Alternatively, the planet could be made out of antimatter while their is matter hitting it regularly

This planet is a rogue planet without any star or without being volcanically active. Antimatter continually collides with the planet, and annihilates with hydrogen in the upper atmosphere. This provides heat and light for the planet.

Alternatively, the planet could be made out of antimatter, with regular matter colliding with it. The end result is the same.

Could these conditions allow the planet to support life and allow enough time for life to evolve (10-20 million years)?

See title. This planet is a rogue planet without any star or without being volcanically active. On this planet, my idea is that antimatter would continually collide and annihilate with hydrogen in the upper atmosphere. This would provide heating and lighting for the planet. However, my question is, could these conditions allow the planet to support life and allow enough time for life to evolve (10-20 million years)

See title. This planet is a rogue planet without any star or without being volcanically active. On this planet, my idea is that antimatter would continually collide and annihilate with hydrogen in the upper atmosphere. This would provide heating and lighting for the planet. However, my question is, could these conditions allow the planet to support life and allow enough time for life to evolve (10-20 million years). Alternatively, the planet could be made out of antimatter while their is matter hitting it regularly