March 7, 2025

SpaceX's Starship Setback, Lunar Lander Twist, and the Super Earth Discovery: S04E57

SpaceX's Starship Setback, Lunar Lander Twist, and the Super Earth Discovery: S04E57

Astronomy Daily | Space News: S04E57
In this episode of Astronomy Daily, host Anna delves into the latest and most captivating stories from the cosmos, covering everything from launch setbacks to groundbreaking discoveries. Join us as we explore the...

Season 4
Astronomy Daily | Space News: S04E57
In this episode of Astronomy Daily, host Anna delves into the latest and most captivating stories from the cosmos, covering everything from launch setbacks to groundbreaking discoveries. Join us as we explore the highs and lows of SpaceX's recent Starship test flight, the unexpected challenges faced by a lunar lander, and the thrilling discovery of a super Earth that has scientists buzzing with excitement.
Highlights:
- SpaceX's Starship Test Flight Setback: We discuss the recent challenges faced by SpaceX's latest Starship test flight, which encountered multiple engine failures, leading to an uncontrolled spin and loss of contact. Despite the setback, the successful recovery of the super heavy booster marks a significant step towards rapid rocket reusability.
- Intuitive Machines' Lunar Lander Complications: Learn about the Athena lander's unexpected landing on its side near the Moon's south pole. While the lander is operational, its awkward position poses substantial challenges for the mission's scientific goals as the team races against time to maximize its potential.
- Discovery of a Super Earth: Join us as we celebrate the confirmation of a super Earth, HD 20794D, orbiting a sun-like star just 20 light years away. This exciting find lies within the habitable zone, raising hopes for the study of Earth-like atmospheres and potential life beyond our solar system.
- Ariane 6's Successful Launch: In a significant achievement for European space capabilities, the Ariane 6 rocket successfully launched a military reconnaissance satellite, marking a crucial step towards European space independence amid geopolitical tensions.
- NASA's Innovative Planetary Health Monitoring Project: Discover NASA's ambitious new project, Pulsar, designed to monitor Earth's health through a network of geostationary satellites. This groundbreaking system aims to provide insights into the interactions of our planet's atmospheric layers and their impact on planetary phenomena.
- Challenges Facing Astroforge's Odin Spacecraft: We cover the struggles of Astroforge's Odin spacecraft, which has encountered serious communication issues shortly after its launch. Despite the setbacks, the mission has reached deep space, providing valuable lessons for future asteroid exploration efforts.
For more cosmic updates, visit our website at astronomydaily.io. Join our community on social media by searching for #AstroDailyPod on Facebook, X, YouTubeMusic, and TikTok. Don't forget to subscribe to the podcast on Apple Podcasts, Spotify, iHeartRadio, or wherever you get your podcasts.
Thank you for tuning in. This is Anna signing off. Until next time, keep looking up and stay curious about the wonders of our universe.
00:00 - Welcome back to Astronomy Daily
01:05 - SpaceX's Starship test flight setback
07:30 - Intuitive Machines' lunar lander update
12:15 - Discovery of super Earth HD 20794D
18:00 - Ariane 6's successful launch
22:30 - NASA's Pulsar project
27:00 - Astroforge's Odin spacecraft challenges
32:00 - Conclusion and upcoming content
✍️ Episode References
SpaceX Starship Updates
[SpaceX](https://www.spacex.com)
Intuitive Machines' Athena Lander
[Intuitive Machines](https://www.intuitivemachines.com/)
Super Earth Discovery
[ESO](https://www.eso.org/)
Ariane 6 Launch Information
[ArianeGroup](
WEBVTT

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Welcome to Astronomy Daily, your daily dose of the most

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fascinating stories from the cosmos. I'm Anna, and we've got

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an incredible lineup of space news for you today. From

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dramatic launch setbacks to groundbreaking discoveries, we'll be covering it all.

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In today's episode. We'll dive into SpaceX's latest starship test

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flight that didn't quite go as planned, and we'll explore

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the nail biting story of a lunar lander that's made

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it to the Moon, but with an unexpected twist. We'll

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also journey to a newly discovered super Earth that's getting

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scientists excited about the potential for life beyond our Solar System. Plus,

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we'll look at Europe's latest achievement in space exploration, examine

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an innovative new way to monitor our planet's held, and

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discuss the challenges facing a pioneering private asteroid mission. So

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strap in and get ready for a journey through the

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latest developments in space exploration and astronomy. Let's start with

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a story that seems to be making news headlines around

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the world. SpaceX's latest Starship test flight has encountered another setback,

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marking the second launch failure this year for Elon Musk's

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ambitious interplanetary exploration program. While the mission didn't achieve all

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its objectives, it wasn't without some notable successes. The flight

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started promisingly from SpaceX's Boca Chica facility in Texas, but

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things took a turn for the worse. Several minutes into

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the mission, the spacecraft began experiencing problems with multiple engines,

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leading to a loss of attitude control. As SpaceX's communications

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manager described during the live stream, the vehicle entered an

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uncontrolled spin before all contact was lost. The most significant

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success of the day came from the super heavy Booster,

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which managed to return to the launch pad and was

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successfully caught by the launch tower's mechanical arms affectionately known

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as chopsticks for the third time. This achievement represents a

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crucial step forward in SpaceX's pursuit of rapid rocket reusability. However,

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the mission's dramatic end created some unexpected challenges. Debris from

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the spacecraft was spotted streaking across the skies of South

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Florida and the Bahamas as it re entered Earth's atmosphere.

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This led the Federal Aviation Administration to temporarily halt flights

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at four Florida airports, including Miami International, as a safety precaution.

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The FAA has now launched a mishap investigation to determine

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the root cause of the failure and identify necessary corrective actions.

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This latest incident follows January's test flight, which also ended

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in a mid flight breakup and caused similar concerns about

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falling debris. Despite these setbacks, this mission remained significant for

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NASA's Artemis program, as SpaceX's Starship is contracted to serve

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as the lunar lander for future Moon missions. The company

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maintains its characteristic optimism, noting that such challenges provide valuable

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lessons for improving Starship's reliability. In other lunar news, intuitive

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machines latest Moon mission has reached its destination, but not

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quite as planned. The Athena Lander, which touched down near

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the Moon's south pole yesterday, is apparently resting on its side,

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creating some unexpected challenges for mission controllers. The landing occurred

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around twelve thirty pm Eastern time, though the exact timing

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and location remained unclear initially, as flight controllers worked to

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make sense of confusing telemetry data. While the spacecraft successfully

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made it to the lunar surface, its awkward position is

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complicating mission operations. CEO Steve Altemus confirmed that the spacecraft

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is alive and responding to commands, with its solar cells

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generating power and its flight computer maintaining contact with Earth. However,

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the off nominal orientation poses significant challenges for the mission's

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scientific objectives. This landing comes just one year after Intuitive's

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first moonlander, Odysseus, experienced a similar fate when it landed

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while moving sideways and tipped over. The news of this

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second troubled landing has already impacted the company, with their

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stock dropping twenty percent. Athena carries an impressive array of

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scientific instruments, including two small rovers, experimental cellular communications equipment,

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and an innovative rocket powered hopper designed to explore nearby sites.

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While these payloads might still be deployable, their success will

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depend heavily on the lander's exact orientation. The mission team

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now faces a race against time, with only about ten

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days before darkness sweeps over the landing site at the

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end of the lunar day. They'll need to quickly assess

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what mission objectives can still be achieved with their limited

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power generation and communications capabilities. Despite these challenges, this landing

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marks another crucial step in NASA's Commercial Lunar Payload Services program,

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which aims to establish a regular cadence of commercial deliveries

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to the lunar surface in preparation for future Artemis missions.

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Let's move on to a groundbreaking find by astronomers. An

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exciting discovery has been announced in our cosmic neighborhood. Scientists

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have confirmed the existence of a super Earth orbiting a

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Sun like star just twenty light years from Earth. The planet,

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designated HD two zero seven nine four D, has captured

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researcher's attention as it orbits within its star's habitable zone,

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making it a promising candidate for studying Earth like atmospheres.

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This newly discovered world has a mass about six times

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that of Earth and takes six hundred and forty seven

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days to complete one orbit around its star. That's slightly

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faster than Mars orbits are Sun. What makes this discovery

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particularly intriguing is that the planet's orbit places it squarely

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within the habitable zone, where temperatures could potentially allow for

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liquid water to exist on its surface. The discovery comes

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after more than two decades of meticulous observations using some

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of the world's most advanced spectrographs, Espresso and harps at

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ESO observatories in Chile. These instruments can detect the minute

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wobbles in a star's motion caused by an orbiting planet's

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gravitational pull, requiring extraord ordinary precision and patients. However, while

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HD two zero seven nine four d orbits in the

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habitable zone, it's quite different from Earth. Its orbit is

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notably elliptical, causing the planet to move between the outer

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and inner edges of the habitable zone during its year.

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This means it experiences significant variations in the amount of

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stellar radiation it receives, which could have fascinating implications for

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any potential atmosphere. The planet's location and unique characteristics make

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it an ideal target for upcoming telescopes and space missions.

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Scientists are particularly excited about the possibility of studying its atmosphere,

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which could provide valuable insights into how different conditions affect

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planetary habitability. As one of the closest super earths discovered

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in a habitable zone, it will likely be among the

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first planets of its kind that we can study in detail.

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This discovery adds to our growing understanding of planetary systems

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around nearby stars and provides another promising target in our

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search for potentially habitable worlds beyond our Solar system. And

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an update now to a story we've been covering this week.

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They've finally done it. In a significant milestone for European

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space capabilities, the Ariane six rocket has successfully completed its

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first operational mission, launching a military reconnaissance satellite for the

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French government. The launch from French Guiana marks a crucial

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step in Europe's quest for independent access to space, coming

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at a time when geopolitical tensions have highlighted the importance

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of space sovereignty. The one hundred eighty four foot tall

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rocket performed flawlessly, placing the CSO three satellite into its

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intended orbit roughly five hundred miles above Earth. This success

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is particularly noteworthy as it comes after years of delays

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and more than four billion dollars in development costs. While expensive,

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European officials argue the investment is essential for maintaining strategic

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autonomy in space operations, the timing of this achievement couldn't

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be more critical for Europe. Recent political developments, including uncertainties

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in Transatlantic relations and growing concerns about reliance on foreign

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launch providers, have intensified the push for European space independence.

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French officials have been particularly vocal about the need to

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maintain sovereign launch capabilities, regardless of potentially cheaper alternatives available

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from competitors like SpaceX. While the Ariani six comes with

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a higher price tag compared to some competitors, estimated between

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eighty to one hundred million euros per launch, European leaders

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view this cost as necessary to ensure guaranteed access to space.

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This is especially relevant now that Russian Soyuz rockets are

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no longer an option for European missions following the invasion

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of Ukraine. The successful launch represents more than just a

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technical achievement. It's a statement of European technological capability and

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strategic independence. As one French official noted, this success means

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Europe now has its ato autonomous access to spaceback, a

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capability that's becoming increasingly vital in today's geopolitical landscape, moving

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from the realm of rockets to cutting edge planetary science.

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NASA's jet propulsion Laboratory has unveiled an ambitious new project

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that could revolutionize how we monitor our planet's health. Called

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Pulsar or Planetary pulse Taker, this innovative system aims to

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do exactly what its name suggests, take the pulse of

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Earth by measuring subtle changes in its various atmospheric layers.

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Think of it as a planetary scale health monitoring system,

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similar to how doctors use multiple vital signs to assess

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human health. The project would utilize a network of geostationary

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satellites positioned about twenty thousand kilometers above Earth, equipped with

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sophisticated laser systems that would pierce through different layers of

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our atmosphere. What makes this concept particularly fascinating is its

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ability to detect how different planetary systems interact with each other.

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By measuring disturbances in the ionosphere, the electrically charged part

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of our upper atmosphere, scientists could potentially track everything from

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space weather events to seismic activity deep within the Earth's interior.

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The system works on a principle similar to the famous

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Ligo gravitational wave detector, but instead of detecting ripples in

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space time, it would monitor perturbations in Earth's atmospheric layers.

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These measurements could provide unprecedented insight into how our planet's

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various systems are interconnected and influence one another. While the

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technical challenges are significant, particularly in maintaining precise positioning of

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satellites over such vast distances, the potential benefits are enormous.

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This technology could give us early warnings of various planetary

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phenomena and deepen our understanding of Earth's complex systems. It's

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an ambitious step forward in our quest to better understand

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and monitor the health of our planetary home. Next up,

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in what appears to be a premature end to a

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groundbreaking mission, the first ever private asteroid probe has encountered

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serious difficulties. Just days after launch, Astroforge's Odin spacecraft, which

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lifted off on February twenty sixth alongside intuitive machines lunar mission,

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has been struggling with communication issues that now seem insurmountable.

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The two hundred and sixty five pound spacecraft was designed

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to make history as the first private mission to visit

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an asteroid, specifically targeting the near Earth asteroid twenty twenty

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two oh B five. Built in less than ten months

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for a remarkably modest budget of just three point five

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million dollars, Odin represented an ambitious attempt to pave the

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way for future asteroid mining operations. The problems began shortly

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after deployment, when the spacecraft entered a protective sunsafe mode.

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Engineers believe the issue may stem from complications with the

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solar panel deployment, severely limiting the probe's power generation capabilities.

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There's also a possibility that the spacecraft is tumbling through space,

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preventing its antenna from maintaining a stable connection with Earth.

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Despite these setback, Odin has achieved something remarkable. It's now

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approximately two hundred and seventy thousand miles from Earth, making

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it one of the few private spacecraft to reach true

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deep space. While Astroforge will continue occasional attempts to re

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establish contact, they've largely shifted their focus to applying these

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lessons to future missions, including their upcoming Vestry mission planned

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for late twenty twenty six. This setback, while disappointing, exemplifies

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the challenges and risks of private space exploration. As Astroforge noted,

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even in failure, Odin has become both a pioneer and

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a teacher, providing valuable insights that will inform future deep

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space missions. And that wraps up our coverage for today.

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Thank you for joining me on Astronomy Daily, where we

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bring you the latest developments in space exploration and astronomy.

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From SpaceX's dramatic launch to groundbreaking exoplanet discoveries. It's been

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another fascinating day in space news. If you'd like to

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stay up today with all the latest developments in space

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and astronomy, head over to our website at Astronomy Daily

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dot io. There you'll find our constantly updating news feed

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and can catch up on all our previous episodes. Don't

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forget to follow us on social media for more space

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and astronomy updates throughout the day. You can find us

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as astro Daily Pod on Facebook, x YouTube, YouTube, music, Tumblr,

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and TikTok. This is Anna signing off until next time,

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Keep looking up and stay curious about our fascinating universe.

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Stars starz star