I hint about the only person around it
doesn't have TV coverage of the things
that man got the black up now you're
gonna be getting a TV picture now
they'll yes we are getting a TV picture
one all
family
yeah
NASA is looking forward with
anticipation to a new era of human
spaceflight this new era will have a
profound impact on your life with
countless possibilities in the coming
years after the Apollo program which
took Americans to the moon the space
shuttle program gave us 30 years about
standing achievement in space shuttle
enabled the space program to conduct
Space Research fly science observatories
launch satellites and assemble the
international space station the station
a partnership among five agencies
representing 15 nations has been
continuously crude since november two
thousand enabling astronauts to gain
valuable insight on how to live and work
in space 365 days a year in
collaboration with engineers and
scientists on earth astronauts have
collected and stored solar energy
recycled wastewater to minimize water
years from Earth conserved water usage
created the air they breathe by
splitting water molecules with
electricity grown plants without gravity
and kept their bodies healthy in zero
gravity research onboard the space
station has provided advances in biology
and biotechnology physics material
sciences robotics and many other
disciplines the station has lifted us
high above political cultural language
and national boundaries to observe
hurricanes tsunamis forest fires and
volcanic action from afar while circling
the world every 90 minutes
through at least 20 24 the space station
will have rotating six-member crews to
advance research and technology in
low-earth orbit roughly 220 miles above
the earth to replace the space shuttle
which is no longer delivering cargo and
crew to the space station
NASA is entering an extraordinary new
era
NASA is investing financial and
technical resources to stimulate efforts
within the private sector to develop and
demonstrate safe reliable and
cost-effective cargo and crew space
transportation capabilities
innovative spacecraft and launch
vehicles are changing the way cargo and
will change the way
crews are transported to the
international space station and to
low-earth orbit further this is creating
a market environment in which space
transportation services are also
available to private sector companies
having opened low-earth transportation
to us industry
NASA is focusing on developing to
necessary elements for future human
deep-space exploration a crew vehicle
called Orion multi-purpose crew vehicle
and a heavy-lift rocket known as the
Space Launch System or SLS the programs
for these vehicles are moving out
intensely focused on meeting the goal of
flying the new rocket and Orion without
crew by 2017 with the first crew flight
to take place in 2021 using the lessons
learned from over 50 years of
spaceflight NASA is testing and building
an advanced space exploration system
that will take our astronauts to deep
space destinations humans have never
visited and return them safely to earth
the or IM will be outfitted for
long-duration missions that reach far
beyond low-earth orbit for this reason
the spacecraft will incorporate
innovations and advancements in the crew
escape system electrical power system
rocket engines navigation and flight
control systems and communication
systems or I am will also require
radiation protection for the crew and
safe reliable life-support systems
this new spacecraft will be launched on
the SLS rocket which will send
astronauts explorers on more challenging
and distant missions the rocket will be
the most capable us launch vehicle built
to date and with the Orion will enable
human exploration into the solar system
to journey into deep space NASA is
pursuing an integrated space exploration
strategy that supports both science and
human spaceflight goals and advances
space exploration technology mission
analysis and international discussions
supporting this strategy are ongoing
NASA will ramp up our capabilities to
reach and operate at a series of
increasingly demanding destinations
while advancing our technological
capabilities with each step forward
this will include early tests and
demonstration flights between the Earth
and Moon with NASA planning to redirect
a small asteroid to a distant retrograde
lunar orbit and send humans to explore
it then possibly visit one of Mars moons
Phobos and Deimos or the surface of the
red planet itself
by visiting a captured asteroid in lunar
orbit astronauts will learn how to do
long-term space operations in a deep
space environment while maintaining
close proximity to earth and gain vital
information exploring territory
untouched by humans since the formation
of the solar system an asteroid mission
requires new space transportation
vehicles and systems that are capable of
operating in an environment with almost
no gravitational field
NASA is conceptualising habitat and
spacewalking systems with new space suit
designs and anchoring tools and robots
that can work side-by-side with the crew
or be remotely controlled traveling to
Mars is our ultimate goal
why Mars like Earth Mars has an
atmosphere water ice and evolving
geology robotic Rovers that nASA has
sent to Mars are investigating whether
the planet has ever been capable of
supporting life because of its
earth-like attributes Mars is seen as an
excellent candidate for human
exploration as we expand into the solar
system
it could take up to six months to reach
Mars then because of flight trajectories
astronauts will have to leave within 30
days or remain on Mars for 500 days on
the way to Mars the crew will have to
cope with different kinds of stress in a
high-risk confined environment with
limited communication with earth as NASA
travels through the solar system
astronauts will need to communicate
quickly with other spacecraft and earth
and in emergencies even holds video
conferences for this NASA is developing
a communication system to operate at
higher radio frequencies and an optical
frequencies using laser communication
systems a new internet system is being
developed that will give each planet its
own domain name for example
www.mafisi.com Mars the new system will
even compensate for the great time delay
in communicating between bodies in space
which is 29 minutes one way when Mars is
closest to the earth the long voyage
through deep space is filled with many
dangers including protons from solar
flares gamma rays from distant newborn
black holes and galactic cosmic rays
from outside our solar system astronauts
have not experienced complete exposure
to deep space cosmic rays since the
Apollo missions which were of short
duration when astronauts on the
International Space Station earth
intercepts about one-third of cosmic
rays and one-third or deflected by
Earth's magnetic field so before sending
humans into deep space we need to
research and develop new technologies
and materials to protect astronauts
there are other health hazards to
research before attempting long voyages
as well
nASA has been continually investigating
protective solutions for physiological
changes that occur in heart function
bone mineral
city muscle mass sensory motor skills
and the immune system on the space
station we found that aerobic and
resistance daily exercise protect the
astronauts bones muscles and heart very
well so exercise equipment will be
necessary on longer exploratory missions
additional challenges will arise with
having small groups of people in an
isolated environment for long periods of
time with prolonged interactions between
humans and machines and with maintenance
of sufficient quantities of food with
adequate nutrition NASA is working to
identify solutions for all of these
challenges on future missions once on
Mars astronauts will find evidence of
extensive water erosion channels and
floodplains astronauts will extract
subsurface water for their use the crew
will meet surface systems to produce air
to breathe fuel for vehicles and
equipment to mine and process resources
but then these astronauts will have the
distinction of bringing Martian samples
back to earth which will transform our
understanding of Mars
as always new technologies developed to
overcome the challenges of
interplanetary travel will also find
applications that improve life on Earth
thousands of technological spin-offs
have benefited American industry and
citizens in the decades since NASA's
1958 inception while NASA's cost to the
American taxpayer is currently less than
one-half of one cent of each federal tax
dollar so today NASA looks forward to
writing the next chapter of human space
flight with its commercial and
international partners advancing
research and technology on the
International Space Station opening
low-earth orbit to us industry and
pushing the frontiers of deep space even
father as NASA's next chapter in human
spaceflight involves there are new and
increasing opportunities for each
citizen to experience low Earth orbit to
become involved in new facets of an
expanding space economy and to view new
visit
in deep space virtually through NASA's
exploration as space shuttle atlantis
launched on the last mission of the
shuttle program astronaut commander
Chris Ferguson said we're not ending the
journey today we're completing a chapter
of a journey that will never end
please join us for the next
chapter of methods journey
history but the only person around it
doesn't have TV coverage of the face and
then he got the black up now you're
gonna be the side
getting a TV picture never-fail yes we
are getting a TV picture
chillin out
one ball
what happened
