Boeing's Starliner Struggles, Space Launch Bonanza, and the Quest for Extraterrestrial Signals: S04E30

0:00 Speaker 1: Welcome to Astronomy Daily.

0:02 Speaker 2: I'm so glad you're joining me today for another exciting

0:04 Speaker 2: look at what's happening in space and astronomy. We've got

0:08 Speaker 2: a packed show covering some fascinating developments across the space

0:11 Speaker 2: industry and beyond. Coming up, we'll dive into Boeing's ongoing

0:15 Speaker 2: challenges with their Starliner spacecraft program, where the company is

0:20 Speaker 2: facing some significant financial hurdles. We'll also explore an incredibly

0:24 Speaker 2: busy week in space launches, with multiple missions from SpaceX,

0:29 Speaker 2: Blue Origin and rocket Lab taking.

0:31 Speaker 1: To the skies. Plus, we'll look at.

0:33 Speaker 2: Some groundbreaking research that's challenging what we know about planetary formation,

0:38 Speaker 2: examine the latest efforts in the search for extraterrestrial intelligence,

0:42 Speaker 2: and discuss growing concerns about space debris.

0:45 Speaker 1: There's a lot to cover today, so let's jump right in.

0:49 Speaker 2: Boeing's financial struggles with their CST one hundred Starliner program

0:53 Speaker 2: have reached new heights, with the aerospace giant reporting staggering

0:57 Speaker 2: losses of five hundred twenty three million dollars in twenty

1:00 Speaker 2: twenty four alone. This marks the largest single year loss

1:04 Speaker 2: for the commercial crew vehicle program to date, pushing the

1:07 Speaker 2: total program losses beyond the two billion dollars mark. According

1:11 Speaker 2: to Boeing's recent SEC filing. These mounting costs stem from

1:15 Speaker 2: a combination of scheduled delays, increased testing and certification requirements,

1:20 Speaker 2: and higher expenses for post certification missions. The company had

1:24 Speaker 2: already disclosed significant charges throughout the year, with one hundred

1:28 Speaker 2: twenty five million dollars in the second quarter and two

1:31 Speaker 2: hundred fifty million dollars in the third quarter, before adding

1:34 Speaker 2: another one hundred forty eight million dollars loss in the

1:37 Speaker 2: final quarter. The situation appears far from resolved, with Boeing

1:42 Speaker 2: explicitly warning that additional losses might be on the horizon.

1:46 Speaker 2: Neither Boeing nor NASA has provided clear timelines for Starliner's

1:50 Speaker 2: next flight, leaving questions about whether the next mission will

1:53 Speaker 2: be crude or uncrued. NASA's Aerospace Safety Advisory Panel recently

1:58 Speaker 2: reported some progress in addressing star issues with the spacecraft. However,

2:02 Speaker 2: the thruster problems that led NASA to bring the last

2:04 Speaker 2: test flight back uncrewed remain unresolved. While panel members expressed

2:10 Speaker 2: confidence that NASA is focusing on the right core issues

2:13 Speaker 2: for safely flying Starliner, the path forward remains uncertain. This

2:18 Speaker 2: ongoing saga represents a significant challenge for Boeing Space Division

2:22 Speaker 2: and raises important questions about the future of commercial crew

2:26 Speaker 2: transportation to the International Space Station. The financial impact of

2:31 Speaker 2: these setbacks continues to mount, highlighting the complex nature of

2:36 Speaker 2: developing and certifying new spacecraft for human spaceflight. Let's turn

2:41 Speaker 2: our attention to launches. This week marks an exceptionally busy

2:44 Speaker 2: period in spaceflight, with multiple launches scheduled across several commercial

2:48 Speaker 2: space companies and government agencies. The diverse lineup showcases just

2:53 Speaker 2: how vibrant and competitive the modern space launch industry has become.

2:58 Speaker 2: Rocket Lab is preparing for their first of the year

3:00 Speaker 2: from New Zealand, aiming to launch five nanosatellites for French

3:04 Speaker 2: company Kinnis aboard their Electron rocket. These satellites will enhance

3:08 Speaker 2: global Internet of Things connectivity, demonstrating how space technology continues

3:12 Speaker 2: to improve our daily lives here on Earth. Blue Origins

3:15 Speaker 2: New Shepherd suborbital rocket is set for an innovative mission

3:19 Speaker 2: that will simulate lunar gravity conditions. The flight will carry

3:23 Speaker 2: thirty payloads, including seventeen from NASA, providing researchers with precious

3:27 Speaker 2: minutes of lunar gravity conditions to test technologies crucial for

3:31 Speaker 2: future Moon missions.

3:32 Speaker 1: This is achieved through a.

3:33 Speaker 2: Clever method of spinning the capsule at precisely eleven revolutions

3:37 Speaker 2: per minute, creating an environment that mimics the Moon's gravitational pull.

3:41 Speaker 2: SpaceX continues their ambitious launch schedule, with four Falcon nine

3:45 Speaker 2: missions planned this week alone. Two of these launches will

3:48 Speaker 2: deploy Starlink satellites, including special direct to Sell capable units

3:52 Speaker 2: that will expand their communications network. Another mission will carry

3:56 Speaker 2: Worldview Legion Earth Observation satellites for maxar technologies, capable of

4:01 Speaker 2: monitoring changes on our planet's surface with remarkable thirty centimeter resolution. Meanwhile,

4:06 Speaker 2: Russia is preparing to return to flight operations with their

4:09 Speaker 2: first Soyuz launch of twenty twenty five, carrying classified satellites

4:14 Speaker 2: to orbit. This mission from the Placetsk Cosmodrome demonstrates that

4:18 Speaker 2: despite geopolitical tensions, space operations continue across all major spacefaring nations.

4:25 Speaker 2: These launches represent more than just individual missions. They showcase

4:29 Speaker 2: the transformation of space access from a purely government driven

4:32 Speaker 2: endeavor to a dynamic commercial marketplace with multiple providers offering

4:37 Speaker 2: various launch services. We're witnessing an era where access to

4:41 Speaker 2: space has become more routine and diverse than ever before,

4:45 Speaker 2: and in some not so good news. Today, India's first

4:48 Speaker 2: space mission of twenty twenty five has encountered significant challenges,

4:52 Speaker 2: highlighting the complex nature of satellite deployment operations. The mission,

4:57 Speaker 2: which mark the one hundredth launch from India as historic

5:00 Speaker 2: SATUS Dewan Space Center, initially appeared to proceed according to

5:04 Speaker 2: plan with the successful liftoff of their geosynchronous satellite launch vehicle.

5:10 Speaker 2: The spacecraft, designated NVS zero two, was intended to join

5:15 Speaker 2: India's navigation with Indian Constellation Network known as NAVIC. This

5:19 Speaker 2: system provides crucial positioning, navigation and timing services for India

5:24 Speaker 2: and surrounding regions, similar to the GPS system we're all

5:27 Speaker 2: familiar with. However, the mission hit a snag during a

5:31 Speaker 2: critical phase of deployment. After reaching its initial transfer orbit,

5:35 Speaker 2: the satellite experienced a valve issue that prevented it from

5:38 Speaker 2: firing its engines. This malfunction has left the spacecraft stranded

5:42 Speaker 2: in an elliptical transfer orbit rather than reaching its intended

5:46 Speaker 2: position in geostationary orbit approximately twenty two than two hundred

5:50 Speaker 2: and thirty six miles above Earth's equator. The Indian Space

5:54 Speaker 2: Research Organization isn't giving up on the mission just yet.

5:57 Speaker 2: Engineers are currently exploring alternate solutions, including the possibility of

6:02 Speaker 2: using the satellite's smaller attitude control thrusters to gradually raise

6:06 Speaker 2: its orbit. While these thrusters weren't designed for major orbital adjustments,

6:11 Speaker 2: they might provide enough thrust to prevent the satellite from

6:15 Speaker 2: eventually falling back to Earth due to atmospheric drag. Despite

6:19 Speaker 2: this setback, ISOW reports that the satellite's other systems remain healthy,

6:25 Speaker 2: and they're actively working on developing alternate mission strategies that

6:29 Speaker 2: could still allow the spacecraft to provide navigation services, albeit

6:34 Speaker 2: from its current elliptical orbit. This situation demonstrates both the

6:38 Speaker 2: challenges of space operations and the ingenuity required to adapt

6:42 Speaker 2: when things don't go as planned. In a remarkable demonstration

6:47 Speaker 2: of our ongoing search for extraterrestrial intelligence, scientists have recently

6:51 Speaker 2: completed one of the largest SETI experiments ever conducted, examining

6:56 Speaker 2: data from nearly one million cosmic objects using a powerful

7:00 Speaker 2: new system called cosmic which stands for commensal open source

7:04 Speaker 2: multimode interferometer cluster. Researchers have pushed the boundaries of our

7:08 Speaker 2: search capabilities. Working in conjunction with the Karl g Jansky

7:13 Speaker 2: Very Large Array Cosmic process is an enormous amount of

7:17 Speaker 2: astronomical data, specifically looking for signals that might indicate artificial

7:22 Speaker 2: radio emissions from distant civilizations. The system's sophisticated algorithms are

7:27 Speaker 2: designed to identify narrow band signals that change frequency over

7:31 Speaker 2: time due to the Doppler effect, characteristics we'd expect to

7:35 Speaker 2: see in artificial transmissions from advanced civilizations. While the search

7:39 Speaker 2: through these nine hundred fifty thousand objects hasn't detected any

7:43 Speaker 2: clear signs of extraterrestrial intelligence, it represents a significant milestone

7:48 Speaker 2: in our systematic exploration of the cosmos. The project's real

7:52 Speaker 2: achievement lies in demonstrating the effectiveness of new automated processing

7:55 Speaker 2: systems that can handle the overwhelming volume of data modern

7:59 Speaker 2: astronomy gen rates. The elegance of cosmics design allows it

8:03 Speaker 2: to operate alongside regular astronomical observations, essentially piggybacking on existing

8:08 Speaker 2: research to conduct its steady analysis. This approach maximizes the

8:13 Speaker 2: efficiency of our search efforts while making use of every

8:16 Speaker 2: available moment of telescope time. In a rigorous test of

8:20 Speaker 2: the system's capabilities, researchers focused on a subset of five

8:24 Speaker 2: hundred and eleven stars from the Gaya catalog during a

8:27 Speaker 2: thirty minute observation window. Though no potential TECHNO signatures were identified,

8:33 Speaker 2: this test proved the viability of Cosmic's rapid filtering mechanism,

8:38 Speaker 2: paving the way for even faster and more automated searches

8:41 Speaker 2: in the future. This project marks an important step forward

8:44 Speaker 2: in our quest to answer one of humanity's most profound questions.

8:48 Speaker 2: Are we alone in the universe? While we haven't found

8:51 Speaker 2: anyone out there yet, we're now better equipped than ever

8:53 Speaker 2: to continue the search, processing more data from more potential

8:57 Speaker 2: sources than ever before possible. We seem to have talked

9:01 Speaker 2: about this problem a lot. Now it's getting serious. The

9:05 Speaker 2: growing issue of space debris poses an increasingly significant risk

9:09 Speaker 2: to aviation safety, with new research highlighting the concerning intersection

9:13 Speaker 2: between falling space objects and aircraft operations. A recent study

9:18 Speaker 2: published in Scientific Reports reveals that there's a twenty six

9:21 Speaker 2: percent annual chance of uncontrolled space debris re entering Earth's

9:25 Speaker 2: atmosphere over busy air spaces like northern Europe or the

9:28 Speaker 2: northeastern United States. This risk was dramatically illustrated during SpaceX's

9:34 Speaker 2: recent Starship test flight, where the Federal Aviation Administration had

9:37 Speaker 2: to activate a debris response area and adjust flight patterns

9:41 Speaker 2: to protect aircraft from potential falling debris. Several planes were

9:45 Speaker 2: forced to divert due to fuel concerns while holding outside

9:48 Speaker 2: the impacted areas. The challenge is becoming more complex due

9:52 Speaker 2: to two converging factors, the increasing frequency of space debris

9:56 Speaker 2: re entries and the growing volume of airline traffic. Authorities

10:00 Speaker 2: now face a difficult choice between closing airspace during re

10:04 Speaker 2: entry events, which carries significant economic and logistical consequences, or

10:09 Speaker 2: accepting the small but potentially catastrophic risk of collision, making

10:14 Speaker 2: matters more challenging. Over two thousand, three hundred rocket bodies

10:18 Speaker 2: currently orbit Earth, all of which will eventually re enter

10:21 Speaker 2: our atmosphere in an uncontrolled manner. While the probability of

10:25 Speaker 2: an aircraft strike remains relatively low, the potential consequences could

10:29 Speaker 2: be devastating. The situation creates a complex dilemma for aviation

10:34 Speaker 2: authorities who must balance safety concerns against economic impacts. While

10:39 Speaker 2: controlled re entries into ocean areas could help mitigate these

10:42 Speaker 2: risks for future missions, the existing debris in orbit means

10:46 Speaker 2: this challenge will persist for decades to come. This growing

10:50 Speaker 2: problem underscores the urgent need for better space traffic management

10:54 Speaker 2: and more controlled disposal methods for space hardware. In a

10:58 Speaker 2: fascinating development that's challenging our understanding of planetary formation, Astronomers

11:03 Speaker 2: studying the ultra hot Jupiter WASP one hundred twenty one

11:07 Speaker 2: B have made some unexpected discoveries about this extraordinary world.

11:12 Speaker 2: Located about eight hundred and fifty eight light years from Earth.

11:15 Speaker 2: This peculiar planet has earned the nickname Roasting Marshmallow due

11:20 Speaker 2: to its extreme temperatures and puffy appearance. WASP one hundred

11:24 Speaker 2: twenty one B is truly a remarkable object. While it

11:28 Speaker 2: only has about one point two times the mass of Jupiter,

11:31 Speaker 2: it's actually nearly twice as wide, making it one of

11:33 Speaker 2: the puffiest planets we've ever discovered. It orbits incredibly close

11:37 Speaker 2: to its star, completing a full circuit in just one

11:40 Speaker 2: point three earth days, and is tidally locked, meaning one

11:44 Speaker 2: side perpetually faces its star while the other remains in darkness.

11:49 Speaker 2: The dayside of this world is almost unimaginably hot, reaching

11:52 Speaker 2: temperatures of around four thousan five hundred degrees fahrenheit. That's

11:56 Speaker 2: hot enough to vaporize metals, which then get caught in

11:59 Speaker 2: power full eleven thousand mile per hour winds that carry

12:02 Speaker 2: them to the cooler night side. There, these metals cool

12:06 Speaker 2: and fall as exotic rain, not water drops, but liquid

12:10 Speaker 2: metal ruby and sapphire. But here's where things get really interesting.

12:15 Speaker 2: Using the Gemini South Telescopes's Eigrin's instrument, researchers have found

12:20 Speaker 2: evidence suggesting that WASP one hundred twenty one B may

12:24 Speaker 2: have actually formed very close to its star, contrary to

12:27 Speaker 2: our traditional understanding of how gas giants develop. The planet's

12:31 Speaker 2: unusually high rock to ice ratio indicates it accumulated a

12:35 Speaker 2: substantial amount of rocky material during its formation, something that

12:38 Speaker 2: should only happen in the hotter regions close to a star.

12:42 Speaker 2: This discovery challenges our current models of planetary formation, which

12:46 Speaker 2: suggests that gas giants need solid ices to form and

12:50 Speaker 2: typically develop much further out from their stars before migrating inward.

12:55 Speaker 2: The research team is now planning to study more ultra

12:57 Speaker 2: hot jupiters to determine if WASP one and twenty one

13:01 Speaker 2: B is a unique case, or if we need to

13:03 Speaker 2: fundamentally revise our understanding of how these extreme worlds come

13:06 Speaker 2: to be. And that wraps up another fascinating episode of

13:11 Speaker 2: Astronomy Daily. From Boeing's ongoing Starliner challenges to the mysteries

13:15 Speaker 2: of ultra hot jupiters, It's been another incredible day in

13:18 Speaker 2: space science and exploration. I'm Anna and I've loved sharing

13:23 Speaker 2: these stories with you today. If you want to stay

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14:08 Speaker 2: and stay curious about the Cosmos. This has been Astronomy Daily.

14:12 Speaker 2: Thanks for listening. Sunday, Star is so Star is Star