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Welcome to Bedtime Astronomy. Explore the
wonders of the cosmos with our soothing Bedtime

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Astronomy podcast. Each episode offers a
gentle journey through the stars, planets,

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and beyond, perfect for unwinding after
a long day. Let's travel through the

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mysteries of the universe as you drift
off into a peaceful slumber under the night

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sky. Starliner sores with first crude
mission Get Ready for History. Two NASA

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astronauts Butch Wilmore and Sonny Williams are
about to embark on a groundbreaking mission as

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the first crew to fly aboard Bowing
Starliner spacecraft to the International Space Station ISS.

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This mission, Melani's NASA's Bowen crew
flight test is the final test before

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Starliner is officially certified for regular astronaut
missions. It will put the entire system

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through its paces, from the launch
pad and rocket to the spacecraft's capabilities in

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orbit, and it's safe return to
Earth. With astronauts on board, Wilmore

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and Williams will blast off a board
a United Launch Alliance ULA Atlas five rocket

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from Cape Canaveral Space four station in
Florida. After the lift off, Bill

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spend about a week, conducting important
research and collaborating with the crew on board

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the ISS. Starliner's grand finale will
involve a dramatic landing in the western United

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States, cushioned by both parachutes and
airbags. This marks expolling second flight to

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the ISS and the third overall test
flight for Starliner. With a successful pad

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a board demonstration completed in twenty nineteen, and the uncrude orbital flight Test two

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OFT two in twenty twenty two,
Starliner is poised to become a key player

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in future space endeavors. Starliner ignites
for space station rendezvous. After a heart

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pounding launch from Space Launch Complex forty
one and a clean separation from the powerful

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Ula Atlas five rocket, Starliner will
ignite its own engines. This crucial burn

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will propel the spacecraft and its brave
crew into orbit, setting them on a

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twenty four hour course towards the International
Space Station ISS. But this isn't just

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a joy ride. Throughout the flight, Starliner and its crew will be busy

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bees, putting the spacecraft through a
battery of tests. These tests are vital

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for Starliner's future, as they aim
to certify it for regular astronaut missions to

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and from the ISS. Here's a
sneak peek at what the crew will be

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up to testing the tools of the
trade. From the moment they strap in

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before launch to the intense acceleration of
assent, the crew will be evaluating their

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suits and seats, ensuring they provide
optimal comfort and safety, practicing for the

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unexpected. As Starliner approaches the ISS, the team will test the spacecraft's thrusters

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and simulated manual abort scenarios. This
ensures they can handle any emergency situations that

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might arise. Checking in and checking
out clear communication is key in space.

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The crew will conduct thorough checkouts of
all communication systems, guaranteeing their ability to

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stay connected with mission control and the
ISS crew taking control. Both manual and

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automated navigation systems will be put to
the test. This ensures that the crew

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is full control over Starliner's movements,
while also verifying the spacecraft's sophisticated autopilot capabilities.

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Life support under scrutiny. The crew
will be closely monitoring the spacecraft's life

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support systems, ensuring they can provide
a safe and breathable environment throughout the entire

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mission. Meanwhile, the watchful eyes
of the ISS crew will be monitoring Starliner's

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approach, ready to assist if necessary. This mission is a crucial step forward

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for Starliner, paving the way for
a future filled with regular space travel opportunities.

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Starliner docs and becomes a temporary home
in space. After its lawn orbital

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insertion, Starliner will autonomously dock with
the International Space Station ISS at the forward

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pore of the Harmony module. This
isn't just a simple parking maneuver. It's

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a critical test the cruel practice opening
and closing hatches, configure Starliner for its

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day, and even transfer essential emergency
equipment to the station. During their week

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long visit, Wilmore and Williams will
become space station residents, evaluating Starliners systems,

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from its displays to carbo transfer capabilities. They'll even take a crucial step

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for future astronaut safety closing the hatch
and demonstrating that Starliner can function as a

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reliable safe haven if needed. Imagine
your spaceship doubling as a secure shelter.

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This ensures the crew has a safe
haven on board in case of emergencies on

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the ISS, such as a sudden
loss of air pressure, a fire,

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or even the risk of colliding with
space debris. After a productive stay,

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it's time for Wilmore and Williams to
say goodbye to their temporary home on the

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Iss Before undocking, Bill test their
piloting skills by taking manual control of Starliner

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for a short period before switching back
to autonomous operations. The return journey promises

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a thrilling ride. Buckle up,
because the crew will experience a high speed

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descent, slowing down down from a
mind blowing seventeen thousand, five hundred miles

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per hour back to Earth's atmosphere.
This rapid deceleration might cause them to feel

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forces up to three point five times
their body weight. Imagine feeling three and

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halftimes heavier for a short while.
As Starliner plunges back into the atmosphere,

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the spacecraft's heat shield will take center
stage, protecting the crew from the scorching

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heat of reentry. Once its job
is done, the heat shield will be

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jettisoned, paving the way for a
dramatic parachute deployment. Two drogue parachutes and

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three main parachutes will work together to
further slow Starliner's descent, preparing it for

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a gentle touchdown. The final act
of this credible mission involves the deployment of

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the base heat shield and a set
of six airbags. These airbags will inflate

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just before landing, cushioning Starliners touched
down at a speed of about four miles

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per hour in a designated landing zone
within the Western United States. Potential landing

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sites include White Sands Missile Range in
New Mexico, Wilcox, Arizona, Dougway

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Proving Ground in Utah, with Edwards
Air Force Base in California serving as a

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backup location. With a successful landing, Starliner's historic mission will come to a

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close, painting the way for a
future filled with safe and reliable space travel

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opportunities for astronauts. Starline he touches
down a mission concludes after a thrilling re

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entry and a gentle touchdown. The
Starliner adventure isn't quite over yet. Will

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More and Williams, still strapped into
their seats, will take a moment to

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catch their breath. Their responsibilities now
shift to ensuring a smooth post landing procedure.

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First things first safety. They'll jettison
the parachutes that brought them safely back

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to Earth initiate a spacecraft power down
and then make a quick satellite phone call

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to connect with the mission control,
landing and recovery teams. Meanwhile, the

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recovery team springs into action, using
specialized sensors, bail check for any remaining

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traces of hypergolic propellants used by the
spacecraft, and carefully ground the Starliner to

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prevent electrical hazards before approaching it.
Next comes a flurry of activity. A

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tend is erected around Starliner to provide
shade and privacy, followed by the pumping

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of cool air into the spacecraft to
regulate the temperature. After the fiery re

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entry, a mobile access platform is
positioned near the hatch, allowing for easy

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entry and exit, while a medical
support vehicle stands by in case of any

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immediate medical needs. Finally, the
moment everyone has been waiting for. Within

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an hour of landing, the Starline
US hatch is opened and Wilmore and Williams

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are greeted by the recovery team.
They'll undergo initial health checks inside the waiting

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medical vehicle before any celebrations can begin. On the ground, another team starts

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the early cargo transfer process, carefully
removing scientific experiments conducted during the mission and

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transporting them back to NASA facilities for
analysis. For Wilmore and Williams, their

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journey continues with a short helicopter ride
to a nearby NASA aircraft. This aircraft

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will take them back to Ellington Field
in Houston, Texas, where they'll be

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welcomed back to Earth after their historic
mission. With a successful Starline mission under

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its belt, NASA can now move
forward with the certification process, aiming to

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make Starliner a fully operational crew transportation
system for laun duration missions to the ISS.

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The first official crewde mission, NASA's
Boweling Starliner one is already on the

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horizon, with a launch expected in
twenty twenty five. This's successful mission represents

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a significant step forward for NASA's Commercial
Crew program, a partnership with the American

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aerospace industry to launch astronauts on American
made rockets and spacecraft, ushering in a

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new era of human space exploration.
This innovative approach ensures a continued human presence

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in low Earth orbit, paving the
way for future lunar missions and ultimately the

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exploration of Mars for the benefit of
all humanity. PA