totally get creative and vehicles responding vehicles recovering very
responding vehicles recovering very
responding vehicles recovering very nicely on the liftoff transient August
nicely on the liftoff transient August
nicely on the liftoff transient August fourth 2007 @ 526 am this Delta two
fourth 2007 @ 526 am this Delta two
fourth 2007 @ 526 am this Delta two rocket blasts off from Cape Canaveral in
rocket blasts off from Cape Canaveral in
rocket blasts off from Cape Canaveral in its nose cone is NASA’s first robotic
its nose cone is NASA’s first robotic
its nose cone is NASA’s first robotic Mars Scout the Phoenix lander but this
Mars Scout the Phoenix lander but this
Mars Scout the Phoenix lander but this point we have a strong signal from
point we have a strong signal from
point we have a strong signal from Phoenix priority
Phoenix priority
Phoenix priority at NASA’s Jet Propulsion Laboratory in
at NASA’s Jet Propulsion Laboratory in
at NASA’s Jet Propulsion Laboratory in Pasadena California engineers monitor
Pasadena California engineers monitor
Pasadena California engineers monitor the progress of the half-billion dollar
the progress of the half-billion dollar
the progress of the half-billion dollar mission haut stations differ from state
mission haut stations differ from state
mission haut stations differ from state separation and USF single expedition
separation and USF single expedition
separation and USF single expedition valued Odyssey at the store again she on
valued Odyssey at the store again she on
valued Odyssey at the store again she on my mark 321 mark the new generation
my mark 321 mark the new generation
my mark 321 mark the new generation lander enters the final phase of its 400
lander enters the final phase of its 400
lander enters the final phase of its 400 million mile journey to Mars one minute
million mile journey to Mars one minute
million mile journey to Mars one minute in LOL standing by physical reactivation
in LOL standing by physical reactivation
in LOL standing by physical reactivation phoenix will search the Arctic plains of
phoenix will search the Arctic plains of
phoenix will search the Arctic plains of Mars for the building blocks of life
Mars for the building blocks of life
Mars for the building blocks of life including carbon nitrogen and most
including carbon nitrogen and most
including carbon nitrogen and most importantly water touched on detective
importantly water touched on detective
importantly water touched on detective planet sequence initiated Phoenix
planet sequence initiated Phoenix
planet sequence initiated Phoenix intends to prove that life on Mars is or
intends to prove that life on Mars is or
intends to prove that life on Mars is or was possible
if it does then life on earth is not
if it does then life on earth is not unique
unique
unique this is a test simulation but this
this is a test simulation but this
this is a test simulation but this afternoon the team at JPL did this for
afternoon the team at JPL did this for
afternoon the team at JPL did this for real today Phoenix entered the
real today Phoenix entered the
real today Phoenix entered the atmosphere of Mars primary objective of
atmosphere of Mars primary objective of
atmosphere of Mars primary objective of Phoenix is to explore the Martian Arctic
Phoenix is to explore the Martian Arctic
Phoenix is to explore the Martian Arctic and to determine whether or not
and to determine whether or not
and to determine whether or not conditions for life are there today and
conditions for life are there today and
conditions for life are there today and are existed in the past if Phoenix finds
are existed in the past if Phoenix finds
are existed in the past if Phoenix finds what it’s looking for it will change our
what it’s looking for it will change our
what it’s looking for it will change our understanding of the solar system if
understanding of the solar system if
understanding of the solar system if there’s life on another world it could
there’s life on another world it could
there’s life on another world it could mean that the universe is teeming with
mean that the universe is teeming with
mean that the universe is teeming with it that the aliens of our science
it that the aliens of our science
it that the aliens of our science fiction could be a reality
Phoenix might even find them but finding
Phoenix might even find them but finding the signs of life on a planet millions
the signs of life on a planet millions
the signs of life on a planet millions of miles from home is an incredibly
of miles from home is an incredibly
of miles from home is an incredibly difficult challenge the lander hasn’t
difficult challenge the lander hasn’t
difficult challenge the lander hasn’t been designed to find life directly it’s
been designed to find life directly it’s
been designed to find life directly it’s been built to find the necessary
been built to find the necessary
been built to find the necessary ingredient for it water Chris McKay is a
ingredient for it water Chris McKay is a
ingredient for it water Chris McKay is a planetary scientist at NASA’s Ames
planetary scientist at NASA’s Ames
planetary scientist at NASA’s Ames Research Center when we look at life on
Research Center when we look at life on
Research Center when we look at life on Earth we see an enormous diversity
Earth we see an enormous diversity
Earth we see an enormous diversity organisms that do all sorts of different
organisms that do all sorts of different
organisms that do all sorts of different chemistry live in all sorts of different
chemistry live in all sorts of different
chemistry live in all sorts of different environments but the one thing that all
environments but the one thing that all
environments but the one thing that all organisms on Earth have in common is a
organisms on Earth have in common is a
organisms on Earth have in common is a requirement for liquid water so
requirement for liquid water so
requirement for liquid water so naturally when we look for life
naturally when we look for life
naturally when we look for life elsewhere we start first by looking for
elsewhere we start first by looking for
elsewhere we start first by looking for environments that liquid water
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