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bigger anybody the dip gets deeper the
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bigger anybody the dip gets deeper the
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bigger anybody the dip gets deeper the
dip gets deeper right now we're trying
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dip gets deeper right now we're trying
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dip gets deeper right now we're trying
to look for earthlike planets and if you
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to look for earthlike planets and if you
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to look for earthlike planets and if you
think of Earth compared to other planets
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think of Earth compared to other planets
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think of Earth compared to other planets
in our solar system what what size are
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in our solar system what what size are
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in our solar system what what size are
we like compared to Jupiter we're small
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we like compared to Jupiter we're small
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we like compared to Jupiter we're small
right so Jupiter is easy to find because
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right so Jupiter is easy to find because
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right so Jupiter is easy to find because
reflects a lot of light it blocks a lot
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reflects a lot of light it blocks a lot
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reflects a lot of light it blocks a lot
of light but the smaller you get and
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of light but the smaller you get and
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of light but the smaller you get and
Earth is relatively small the smaller
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Earth is relatively small the smaller
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Earth is relatively small the smaller
that dip is so Tess really needs to
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that dip is so Tess really needs to
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that dip is so Tess really needs to
detect it's about 1% variation in this
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detect it's about 1% variation in this
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detect it's about 1% variation in this
very bright signal from a star so that's