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>> As an industrial
scientist, a lot of what we try

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to do is learn from the
- the world of academics

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that ask very interesting
questions, internalize that,

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and turn that into things
that help the company, help -

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help society in a broad sense,
that's our mission, right?

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Proctor and Gamble is all
about building products

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that make the lives of
rural consumers better.

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That requires us to engineer
products in very interesting

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and unique sort of ways, that
physics, the understanding

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to make that, is often
difficult to get,

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and this is a unique environment
to get some very helpful

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and very useful information
to design those products.

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Everything that we do in
terms of extraction of -

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of information out of the data
is all about the particles

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and what we can see, where they
are, how they change in time.

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The M1 [phonetic] experiment was
a great experiment to the extent

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that it provided some
interesting nuances,

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some interesting ideas and
concepts, but it was hard to get

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with kind of some of
the fuzzier pictures,

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it was hard to get the
quantitative information

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we needed.

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The confocal scope brings all

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that quantitative
information in,

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so we really think we're going
to get a lot more science,

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a lot more information out
of the data this time around.

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I'd like to be in a
position when these things go

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up on station, and
- and are being run,

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we get the best data
that we can.

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We can do that here
on the ground,

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we can get some good sense of
what it's going to tell us,

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make adjustments
accordingly on ground

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so that all the time we spent

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on station is the
most valuable time.

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I think exploration, getting
to the moon, getting to Mars,

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it's about how you
do these thing

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with as little material
as possible.

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If we do our job right
here, we create all

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of the things we need,
all the products we need,

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with as little material
as possible.