S03E29: Sailing on Sunlight & Russia's Rocket Renaissance: The Angara A5M's Ascent

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Welcome to Astronomy Daily, the podcast
the beacon for all space enthusiasts and the

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curious minds who look towards the heavens
for answers. In every episode, we

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delve into the vast ocean of stars
and planets, unraveling the tapestry of the

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universe with each headline and discovery.
So whether you're an armchair astronaut or a

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seasoned stargazer, join us as we
dissect the latest advancements and ponder the intriguing

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theories that are propelling us to new
frontiers. Keep your eyes on the skies

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and your ears with us as we
embark on today's cosmic journey the Astronomy Podcast.

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As NASA stands on the cusp of
a new adventure, an innovation has

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reached the launch pad, ready to
cut through the barriers of traditional space travel.

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Next week, the Advanced Deposit Solar
Sale System Station will cast off its

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earthly bounds aboard a rocket Lab Electron
rocket. This visionary craft, developed by

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NASA's Aims Research Center, will rise
from the picturesque Launch Complex one on New

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Zealand's Mahia Peninsula, bound for the
space over six hundred miles above US,

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surpassing even the domain of the International
Space Station. The prime mission the deployment

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of a reflective cube SAT equipped with
a solar Sale into Earth's orbit. Now

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imagine the pressure of a paper clip
resting on your palm. This minuscule force

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is akin to the sunlight pressure that
the Sale will harness to maneuver in the

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Great Cosmic Sea without conventional rocket fuel. After a meticulous two month review of

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its subsystems, the cube sat aims
to showcase its sunlit ballet, a testament

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to the potential and practicality of solar
sale propulsion. Let's unfold the fabric of

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this technology a bit further composed at
Langley Research Center. The deployable composite booms

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and the solar Sale itself are but
parts of a whole that could see future

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voyages reaching toward the Moon or Mars
more cost effectively. A NASA crafted camera

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system adds eyes to this endeavor,
capturing diagnostic images that will help the team

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learn and adapt as the mission progresses. The involvement of Rocket Lab USA incuinpendulates

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this journey further toward reality. Their
long Beach Origin service, the very bridge

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between conception and the Cosmos much awaits
this daring mission. Keep in mind the

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impact of this undertaking could genially ripple
through our understanding of space travel. Painting

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a picture where vessels ride on beams
of light, an echo from science fiction

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transformed into the hum of scientific progress
in the ever evolving arena of space exploration.

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Russia is not one to be left
behind. As we speak, the

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country's space agency, ros Cosmos,
is gearing up to launch a bold new

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chap to in its space program with
the modernized Angara A five M rocket.

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Touted as a more powerful successor to
its predecessors, This rocket is not just

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a mere update, but a significant
leap forward in capability. Yuri Borisov,

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the head of ros Cosmos, recently
lit up the news with his announcement that

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the Angara A five M with its
enhanced propulsion engine, is currently under creation

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by none other than the agency's own
stellar team of engineers and scientists. Their

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meticulous efforts are not only aiming for
the stars, but are aligned with the

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strategic objective to make the Angara afive
M a pivotal asset in launching next generation

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manned spacecraft and modules into the Cosmos. The narrative around the angera A five

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m is one of anticipation and strategic
importance, as it's set to become central

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to Russia's venture into space in the
coming decade. The plan to launch this

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advanced rocket in twenty twenty seven is
a clear testament to the nation's ongoing care

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comitment and investment in space technology.
What this means is that Russian cosmonauts may

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soon find themselves embarking on missions propelled
not just by a rocket, but by

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the aspirations of a nation looking to
assert itself as a leader in exploring the

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great beyond. This advancement solidifies Russia's
placement in the international space race and adds

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a new dimension to the dynamic of
interstellar exploration. As developments continue with the

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Angara A five m roscosmos is setting
the pace for a future where space is

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not only a frontier to be challenged, but also a domain where Russian engineering

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might soar to new heights. Quite
literally, with the world as their witness,

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Russia's Angerer A five m rocket is
bound to etch its name among the

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stars as the backbone of the country's
space endeavors. In a thrilling development in

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space exploration, NASA has orchestrated a
meticulous repair mission for the NISA Neutron Star

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in Tier Composition Explorer telescope perched on
the International Space Station. This spacewalk later

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this year isn't just routine maintenance.
It's a pivotal move to keep one of

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astronomy's sharpest eyes clear and focused on
the enigmatic universe around US. Nics's mission

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has encountered a snag, a so
called light leak with unwonted sunlight seeping in,

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which has begun to hamper its ability
to glean X ray measurements during the

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station's daylight hours. The stature of
this concern can't be understated. Armed with

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the capability to observe cosmic phenomena like
the rhythmic pulses of neutron stars or the

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light echoes of distant flaring black holes, nissa's scientific contributions are invaluable, Imaginably

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safeguarding the integrity of these observations,
NASA's team has rallied to design an intricately

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engineered patch up fix, putting the
telescopes uninterrupted around the clock operation back on

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the cards. D Zaevonarzemanian has highlighted
that while the nighttime observations retain their precision.

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Patching up the light breach is vital
to return Nicer to its original,

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full capacity operational glory. What's on
the cards isn't merely a cosmetic fix.

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The proposed solution involves the installation of
five custom shaped patches, equipping the sun

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shades specifically where the damage by its
deepest. Ingeniously utilizing existing tools available on

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the space station, NASA's astronauts will
snugly lock these patches into place. It's

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a testament to the versatility and resourcefulness
harboured within the human spirit, where solutions

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are fashioned against the vast canvas of
space. Picture it a spacewalk unfolding as

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a delicate dance, where astronauts,
equipped with their technical prowess, will meticulously

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fit each piece to fortify our scientific
bastion in the void. Each segment a

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silent sentry, sinking with the universal
rhythm, reinforcing nysa's lens. This operation

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is not just about maintaining a piece
of technology. It's about ensuring the continuity

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of human curiosity. It's about preserving
the portal to our cosmic backyard through which

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we seek to unlock the secrets of
the universe's most extreme environments. This commitment

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to keeping Nissa's vision clear resonates with
our intrinsic need to explore, to understand,

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and moreover, to ensure that the
legacy of knowledge is unimpeded by the

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smallest of obstacles, even a sliver
of light. China's space program is taking

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another bold leap forward with the Sheenzo
eighteen mission, showcasing the nation's growing prowess

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in human spaceflight. The mission will
be sending a team of tykonots to the

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Tiangong Space Station, continuing a series
of expeditions that are not only enhancing China's

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capabilities in space, but also contributing
to the international scientific community. In what

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promises to be a suite of complex
operations, the Sheenzo eighteen cru spacecraft is

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poised on the verge of breaking Earth'
sponds as final preparations are underway at the

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Juquan Satellite Launch Center. This remote
site in the vastness of the Gobi Desert

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has been a hive of activity,
with engineers and technicians meticulously carrying out the

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final inspections on both spacecraft and its
carrier rocket. The long March two f

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With this impending launch, China will
execute its thirteenth manned mission, signifying the

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first crude deployment to Tiangong for the
year. The identities of these space bound

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pioneers have yet to be announced,
but the anticipation is palpable as they gear

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up to take the baton from their
predecessors, who have been residing in the

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orbital outpost since the previous October.
The transfer of cruise is a delicate dance

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of orbital mechanics and human endeavor.
With the outgoing astronauts set to complete a

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half year in orbit, their experiences
and the data gathered during this period will

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be invaluable, contributing to our deeper
understanding of not only the technical aspects of

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prolonging human presence in space, but
also the physiological ones as they live and

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work in the weightless environment of space. China's assertive steps in its manned space

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mission agenda are a testament to the
nation's dedication to establishing a continued human presence

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in orbit. As the Shenzho eighteen
mission enters its final countdown, the world

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watches with keen interest. This mission
is more than just a journey to an

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orbital station. It's a symbol of
mankind's enduring aspiration to reach beyond our earthly

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confines and secure a place among the
stars. Astronomy five cats turning skyward,

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we witness a leap towards greater cosmic
clarity, as the Nancy Grace Roman Space

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Telescope, a forthcoming observatory that promises
to broaden our astronomical horizon, triumphs in

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its recent array of tests. With
its optics assembly the very heart of the

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telescope's vision now carefully aligned. Engineers
at El three Harris Technologies have confirmed that

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the graceful dance of light through Roman's
sophisticated mirror system decidedly meets the exacting precision

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that is crucial for harvesting crisp images
from the depths of space. Of course,

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crafting such an intricate instrument was no
small feat. Each of the ten

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mirrors involved underwent individual and rigorous scrutiny
before they could be assessed collectively, a

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process akin to tuning a grand orchestra
of reflecting surfaces. The alignment task was

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as meticulous as it was essential.
The mirrors had to channel light with unmatched

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control. Any deviation could blur the
universe's distant vistas that Roman seeks to render

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in stunning detail. Imagine the finesse
required. Every mirror had to be aligned

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to a hair's breadth. This precise
configuration allows Roman to peer into phenomena like

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distant galaxies and enigmatic dark energy,
filling its bold scientific mission. Even post

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launch, the tale of adjustments continues. Actuators an engineer's nod to precision,

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will stand by to usher a touch
of fine tuning as the Roman Space Telescope

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sets its gaze upon the celestial canvas. What's next for Roman? It faces

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the rigors of vibration and harsh acoustic
trials to simulate the tumultuous journey to space

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should it emerge unscathed. A final
eye exam awaits the optics assembly tested in

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a frigid vacuum, mirroring the space
environment. Engineers with bated breath will monitor

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the assembly's transition to these cold,
almost unearthly conditions. This intricate series of

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steps brings to light the diligence and
ingenuity of those behind the Nancy Grace Roman

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Space Telescope. Each successful trial,
each confirmation of function, draws us closer

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to that celestial reveal with Roman,
We're ready to confront the grand spectacles of

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the cosmosding over secrets shrouded by the
vast darkness of space, one photon at

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a time. In an exhilarating leap
for aviation technology, Boom SuperSonics XB one

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has recently received the green light from
the US Federal Aviation Administration to soar beyond

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the speed of sound. This pioneering
approval marks a new error for supersonic test

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flights as Boom's XB one prepares to
stretch its wings inside the Black Mountain Supersonic

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Corridor in Mojave, California. Boom
Supersonic is not just about breaking sound barriers.

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It signifies an ambitious reimagining of how
we might travel in the not too

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distant future. The XB one's sleek, delta shaped design and cutting edge engineering

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have captured imaginations worldwide. As the
test flights aim to validate the safety and

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efficacy of supersonic travel. It promises
a paradigm shift where journeys could be harved

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in duration, propelling us into a
faster paced global lifestyle. The excitement began

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to build on March twenty second,
twenty twenty four, when the XB one

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jet first took off from Mojave Air
and Spaceport, test pilots guided this technological

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marvel through the skies with safety under
diligent observation by Chase Aircraft. Now the

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teams at Boom Supersonic are buzzing with
anticipation for this aircraft to push the very

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limits of velocity, culminating in historic
flights that will see the XB one push

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through mac On and onwards, achieving
speeds previously reserved for the likes of fighter

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jets. These upcoming flights are meticulously
planned to examine the XB ones hardware,

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including its landing gear and handling qualities, through a range of supersonic conditions.

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With the FAA's approval, Boom Supersonic
is laying down the runway for future commercial

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supersonic jets that could revolutionize travel for
generations to come. Let's not shy away

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from such ambitious ventures that stretch the
bounds of human ingenuity and technological advance.

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As we keep an eye on the
horizon for Boom's landmark supersonic flight, we

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can't help but feel that we're on
the cusp of a new chapter in aerospace,

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a chapter filled with the roar of
engines and the allure of the skies,

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traveled quicker than ever before. That's
all for today's episode. Thank you

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for joining us here at Astronomy Daily, the podcast. We hope to have

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satiated your galactic curiosity for now,
but the stars never cease their dance,

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and neither do we. For a
deeper dive into the universe's mysteries, visit

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our website at Astronomy Daily dot io. There you'll find more engaging content.

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Can access our constantly updating space news
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Stay informed on our latest episodes and
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Charlie's signing off, and remember keep
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