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very bright signal from a star so that's
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very bright signal from a star so that's
the challenge for
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the challenge for
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the challenge for
test just to show you a little bit about
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test just to show you a little bit about
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test just to show you a little bit about
where Tess is orbiting and there's
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where Tess is orbiting and there's
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where Tess is orbiting and there's
there's a movie so I won't spend too
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there's a movie so I won't spend too
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there's a movie so I won't spend too
long in here but basically here's Earth
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long in here but basically here's Earth
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long in here but basically here's Earth
Tess goes out really far like 60 earth
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Tess goes out really far like 60 earth
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Tess goes out really far like 60 earth
radius far like beyond the moon so they
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radius far like beyond the moon so they
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radius far like beyond the moon so they
call this highly
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call this highly
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call this highly
elliptical um and that's for a lot of
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elliptical um and that's for a lot of
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elliptical um and that's for a lot of
different reasons that um primarily um
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different reasons that um primarily um
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different reasons that um primarily um
it's a very thermally stable orbit so
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it's a very thermally stable orbit so
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it's a very thermally stable orbit so
the temperature stays the same and
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the temperature stays the same and