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Welcome to Astronomy Daily, the podcast
your guide to the cosmos and all its

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wonders. I'm Anna, your host, bringing the universe a little closer to

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you with each episode. In today's
Galactic Journey, we're venturing into a realm

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where historic rockets take their final bow
and the search for extraterrestrial life takes fascinating

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new turns. We're following the trailblazing
path of ULA's Delta for Heavy as it

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completes its mission for the Stars,
investigating habitable worlds that orbit not one but

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two Sons, and pondering discoveries that
challenge our imaginations. Hold tight as we

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embark on this cosmic exploration and unfold
the secrets of the universe, one star

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at a time. The Autonomy forecast
the skies above Cape Canaveral Bore witness to

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the thunderous ascent and fiery farewell of
the Mighty Delta for Heavy Rocket on Tuesday,

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marking a poignant conclusion to six decades
of storied launches. United Launch Alliance's

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venerable Workhorse roared to life for its
sixteenth and final mission, ferrying the classified

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NROL seventy payload on behalf of the
US National Reconnaissance Office. It was a

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sight to behold the Delta for Heavy, a leviathan of spaceflight, setting itself

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ablaze in a spectacular hydrogen fueled inferno
before gracefully ascending to the heavens. This

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final sortie was a momentous occasion,
not just for ULA, but for the

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wider aerospace community. Tory Bruno,
the CEO of ULA, encapsulated the sentiment,

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describing the rocket as an amazing piece
of technology, twenty three stories tall,

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half a million gallons of propellant,
two and a quarter million pounds of

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thrust. Indeed, there was something
almost sentient in the way the Delta for

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Heavy consumed its insulation in the throes
of launch, reminiscent of a phoenix immolating

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itself to be reborn. As the
iconic orange and white boosters separated and the

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single RIL ten C two to one
engine on the second stage ignited, pushing

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NROL seventy into the secrecy of orbit, we likewise turned a page, transitioning

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onward from Delta's legacy to the dawn
of ULA's next generation launch vehicle. Vulcan

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has been conceived as a vessel for
the future, built to encapsulate the collective

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learnings and triumphs of both the Delta
and Atlas families. This final performance of

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the Delta four Heavy was, as
Bruno aptly noted, a great mission to

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think about that transition. It is
this cyclical nature of innovation and legacy that

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propels us forward in space exploration.
As we reflect on the profound history of

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the Delta rocket family, with its
hundreds of launches dating back to nineteen sixty,

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we eagerly await the new era slated
to begin with Vulcan, a rocket

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designed for the energy demands and security
missions central to ULA's future flights. This

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is not merely the end. It
is an occasion to honor the indelible in

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print left by the Delta four Heavy. As we bid adieu to the flame

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trenched champion of our skies, we
look to the horizon where the maiden voyage

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of Vulcan awaits, and with it
the promise of furthering humanities reach into the

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cosmos. Imagine twin sunsets on the
horizon and a sky illuminated by the gentle

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dance of two stars, an iconic
image that has captured the imaginations of Star

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Wars fans worldwide, But today's news
might just blur the line between the science

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fiction of tattooine and reality. Researchers
at Yale University have lit up the scientific

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community with their revelations about binary star
systems, suggesting that these cosmological duos might

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just be fostering planets more suitable for
life than we had previously believed. In

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a study that could reshape our search
for life in the cosmos, it seems

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that orderly alignment within these systems is
more common than the chaos of misaligned orbits.

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This alignment, with planets gracefully circling
their host star while a companion star

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mirrors this orbital dance could be the
harbinger of stable climates on distant worlds.

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It offers not only the potential for
sustained life, but also a diversification of

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when and where life could thrive unencumbered
by the harsh conditions previously associated with such

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binary systems. So what might life
be like on these temperate tattooins. One

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might envisage a planet where the transition
from day to night stretches across vast uninterrupted

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seasons, where the light of dusk
never quite fades. As one star sets

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only for its companion to rise,
we may envision gentle seas and moderate climates

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free from the stellar havoc once thought
typical of twin Sun systems. While these

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findings point to a universe that may
favor order over chaos, they also represent

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a beacon of hope for those who
watch the stars and wonder if amidst the

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unfathomable vastness of space, other forms
of life might be gazing back from their

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own temperate tattooin across the sea of
stars that connect our fates in this cosmic

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expanse. After thirty seven years soaring
the skies in the name of science,

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NASA's venerable DC eight aircraft has made
its final descent, completing its last mission

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with a standing ovation from the sky
itself, a traditional water salute by the

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US Air Force Plant forty two Fire
Department. This airborne marvel has been the

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world's largest flying laboratory, embarking on
a multitude of airborne science missions that have

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immensely contributed to our understanding of Earth
and the atmosphere. Marking the end of

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an era, the DC eight wrapped
up its extensive career with the airborne and

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Satellite Investigation of Asian Air Quality or
asia AQ mission, contributing vital data to

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the study of our planet's air quality. As it taxis down the runway for

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the last time, the DC eight
is not destined for obscurity. Instead,

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it's set for a second life at
Idaho State University, taking on a new

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role in the aircraft maintenance Technology program. Its invaluable contribution will continue as it

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trains the next generation of aircraft technicians, providing hands on experience. It's a

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fitting tribute to an aircraft that has
dedicated its existence to expanding horizons and now

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in retirement, will still be helping
to elevate human potential. Y Astronomy Daily

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Podcast, and yet another twist in
the saga of space exploration. An issue

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with the pressurizing system of the oxidizer
tank led to a last minute abort of

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the Angara A five rockets test launch
from Russia's Vostokni Cosmodrome. This is notable

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not merely as a setback, but
as a critical juncture for Russia's spacefaring aspirations.

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For the Angara A five represents the
dawn of a new era. It

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is the first heavy booster rocket developed
post Soviet Union and holds the promise of

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deploying crucial modules for Russia's anticipated space
station, alongside satellites for the Glannis navigation

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system. With the count stopped mere
minutes before the anticipated launch and the loudspeakers

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announcing a twenty four hour delay,
we're reminded of the complexities and challenges that

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space agencies face in their quest toward
the stars. This particular instance carries the

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weight of strategic significance. The success
of the ANGERA A five is seen as

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a key to fortifying Russia's position in
the global space race. Given its location,

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the Vostocchni Cosmodrome offers an advantageous position
closer to the equator, which in

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theory allows the rocket to deliver a
heavier payload. The stakes are high for

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Russia's space program, especially considering past
misadventures such as the failed Moon mission last

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August, that have to be contended
with poignant victories like the recent Soyuz missions

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to the International Space Station. As
the world watch the unfolding drama of the

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Angora A five, questions linger on
the resilience and adaptability of Russia's space endeavors.

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Will this obstacle be just a bump
in the road leading to the cosmos,

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or does it signify a deeper technological
and administrative recalibration within ros Cosmos.

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These are questions that for now we
can only ponder as we watch and wait

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for what comes next. In the
chapter of space exploration, the quest to

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answer whether humanity stands alone as an
advanced civilization in the vast expanse of the

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Cosmos continually propels our scientific inquiries.
Today, an enlightening study beckons us to

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consider the possibility that we indeed might
have cosmic neighbors. Balas Braidak of Kobe

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University in Japan has added a new
dimension to this quest by narrowing down the

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potential homes of other advanced societies.
Using an approach simple yet profound, doctor

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Braidak has identified seven exoplanets from the
meandering list of thousands that might hold the

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key to unlocking the ultimate enigma of
our solitude in space. These aren't just

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random selections from the cosmic lottery,
but are the culmination of well thought out

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criteria. To be considered a cradle
for complex life, these worlds need to

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possess certain features, a hospitable climate
and an ocean, just as Earth does.

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Size wise, we're talking about terrestrial
and super earth exoplanets situated comfortably within

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the habitable zones of their stars,
locations where liquid water could exist and where

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life as we know it might flourish. But that's not all to account for

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the time it would take a civilization
to evolve to the point of seeding life

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through panspermia. Intentionally, these planets
must be much older, approximately nine point

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two billion years at a minimum.
After subtracting improbable candidates and factoring in every

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essential the result is a concise list
of seven potential hotspots for sophisticated alien societies.

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Among these is the front runner,
Kepler four hundred fifty two B,

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orbiting a star similar to our own
Sun at a distance that feels almost next

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door by cosmic standards, a mere
one thousand, four hundred light years away.

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If bradac speculation holds any drop of
the cosmic ocean, then systems like

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Kepler four hundred and fifty two B
BE could very well emerge as the focus

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of future exoplanetary surveys, deepening our
understanding and perhaps one day leading to a

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monumental discovery. So while we comb
through interstellar signals and peer through telescopic lenses.

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This study reignites the enduring conjecture are
we alone? Or could it be

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that within these seven distant worlds there
resides a spark of life, an echo

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of civilization, calling across the void, as curious of us as we are

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of them. Only time and relentless
pursuit of knowledge will tell. As we

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draw this episode to a close,
let us take a moment to look upwards

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and ponder the vast mysteries of the
cosmos we've traversed today. If you've enjoyed

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this journey through space and time,
I encourage you to continue the adventure with

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us online. Connect with us on
x at astro Daily Pod, where we

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share the latest updates in the universe
and ignite discussions with fellow astronomy enthusiasts.

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Don't forget to navigate your way to
Astronomy Daily dot io to access a universe

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of episodes and browse the constellation of
news we curate for curious minds like yours

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and for those who wish to have
the cosmos delivered directly to their digital doorstep.

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Sign up for our free newsletter.
It's your daily Space news bulletin,

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ensuring that you never miss out on
a cosmic story until next time. This

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is Astronomy Daily, the podcast your
beacon in the cosmic ocean, clear skies,

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and see you beyond the stars.
This is your host Anna saying bye

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bye the Astronomy Daily Podcast