Not exact matches
Life as we
know it could not exist on the gas - giant
planet, and its
nearby suns would incinerate any cities all on their own.
Astronomers currently
know of roughly 200
planets circling
nearby stars, and more and more of these so - called exoplanets are discovered every year.
The craft will measure the sizes of
known planets — from those a little bigger than Earth to ones that are roughly Neptune - sized — orbiting
nearby bright stars.
Twenty years ago, the hottest
known planet was
nearby Venus, sizzling at 460 °C.
We, as a scientific community,
know the
planets quite well, enough to make predictions on the possibility of finding
planets around other
nearby stars.
The Kepler statistics predict that 10 percent of
nearby stars would host Earth - sized
planets within the habitable zones of their stars, where temperatures are optimum for life, as we
know it.
For your analogy to hold, you are arguing that a hypothetical Star Trek near - instantaneous scanning will take place on the complete assembled structure, of complete depth at a very fine resolution
No, only for the things that are relevant, which for a star or the Sun are only its mass, composition, and age [and to second order if it is part of a binary star or has giant
nearby planets — but since none of those things apply to the Sun we can ignore them].