From Space Tourism to Ice in Space: Exploring the Latest in Cosmic News

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Hello and welcome to Astronomy Daily,


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your daily dose of cosmic news and


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stellar discoveries. I'm Anna and I'm


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excited to bring you the latest


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developments from across the universe.


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Today we've got a busy episode exploring


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some fascinating stories from the world


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of space exploration and astronomy.


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We'll be diving into Virgin Galactic's


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progress with their new space planes,


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which are reportedly on track for test


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flights next year. We'll also look at an


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incredible discovery made by the James


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Webb Space Telescope crystallin water


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ice found in another star system,


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offering new insights into planetary


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formation beyond our solar neighborhood.


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Then we'll check in on NASA's Europa


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Clipper mission, which just tested its


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life hunting technology during a Mars


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flyby, calibrating crucial instruments


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that will eventually search for signs of


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habitability on Jupiter's icy moon.


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Plus, we'll cover Space X's latest


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launch of Starlink satellites from


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California, marking over 1,000


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satellites deployed this year alone. And


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we'll discuss the diplomatic milestone


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of Norway becoming the 55th nation to


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sign NASA's Aremis Accords for peaceful


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space


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exploration. So, strap in as we journey


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through today's astronomical headlines


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and expand our understanding of the


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cosmos.


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We haven't heard a lot from them in


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recent times, but Virgin Galactic is


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reporting significant progress on their


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new Delta class space planes with


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production firmly on schedule to meet


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their ambitious timeline for commercial


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operations next year. During a recent


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earnings call, CEO Michael Klazier


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highlighted the extensive technical


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developments across vehicle structures,


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propulsion systems, and avionics.


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The company has been transparent about


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their construction process, releasing


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video updates showcasing the current


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assembly state and plans to launch a


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regular series of production updates


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beginning next month. This level of


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transparency signals confidence in their


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timeline, which remains unchanged from


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their previous announcements. According


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to that timeline, we can expect to see


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the first test flights of these new


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Delta class vehicles, or spaceships as


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they're called, beginning in spring


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2026. The company then plans a phased


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commercial roll out with research


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payload flights commencing in summer,


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followed by private astronaut flights


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starting in fall. Perhaps most


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intriguing for wouldbe space tourists,


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Virgin Galactic anticipates reopening


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ticket sales in the first quarter of


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2026.


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The company plans to bring on new


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customers gradually through what Cole


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Glazier described as a white glove


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onboarding


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experience. This measured approach will


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also enable Virgin to adjust pricing as


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needed. While specific ticket prices


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haven't been announced, we know they'll


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exceed the previous $600,000 price


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point. Beyond their standard operations,


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Virgin Galactic is exploring additional


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opportunities. The company is currently


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conducting a feasibility study for


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potential flights from southern Italy,


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focusing particularly on understanding


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the airspace requirements based on


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different flight paths and weather


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conditions. There's also increasing


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interest in alternative applications for


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their carrier aircraft. The plane's


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capabilities for high alitude, long


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endurance flights while carrying


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substantial payloads make it potentially


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valuable for other uses, including


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intelligence, surveillance, and


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reconnaissance missions. Cole Glazier


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noted, encouraging feedback from


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meetings with defense department


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officials and aerospace companies,


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mentioning multiple opportunities


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connected to the new Golden Dome Missile


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Defense Initiative. On the financial


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front, while Virgin reported minimal


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revenue and an adjusted EBI T-day loss


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of $72 million for the first quarter,


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executives emphasize that peak spending


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on development is now behind them. CFO


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Doug Arens noted that as they complete


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the one-time investments in tooling and


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transition to assembly of the first two


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vehicles, the required spending by


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quarter goes down through year end,


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suggesting a more sustainable financial


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path forward as they approach commercial


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operations.


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Next up, a truly stunning discovery. In


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a remarkable astronomical breakthrough,


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the James Webb Space Telescope has


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confirmed the presence of crystalline


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water ice in a dusty debris disc


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orbiting a sunlike star located 155


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lighty years from Earth. This discovery


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validates earlier hints detected by the


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now retired Spitzer Space Telescope back


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in 2008, but with unprecedented spectral


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clarity that only web's advanced


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instruments could provide. What makes


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this finding particularly significant is


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that researchers didn't just detect


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ordinary water ice, but specifically


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crystalline water ice. The same form


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found in Saturn's rings and throughout


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our own solar systems Kyper belt. This


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crystallin structure tells us about the


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temperature and formation conditions in


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this distant planetary system. The star


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at the center of this discovery,


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designated HD


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181,327, is remarkably young, just 23


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million years old compared to our 4.6


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billiony old sun. Its debris disc is


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thought to closely resemble what our own


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Kyper belt might have looked like


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billions of years ago, providing


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astronomers with something akin to a


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time machine for studying planetary


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form. Web's observations revealed


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fascinating details about this systems


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architecture. There's a significant


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dust-free gap between the star and its


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debris disc where researchers believe


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frequent collisions between icy bodies


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continuously release tiny particles of


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dusty water ice. Particles perfectly


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sized for Web's instruments to detect.


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The distribution of ice throughout the


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system follows a pattern that makes


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perfect sense from a physics standpoint.


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The highest concentration over 20%


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exists in the cold outer regions of the


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debris disc with much less in the middle


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areas and almost none detected close to


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the star. This pattern likely results


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from ice vaporization by ultraviolet


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light in the inner regions or perhaps


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because that ice is trapped inside


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unseen


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planetessimals. This discovery has


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profound implications for our


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understanding of planetary system


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formation. The presence of water ice is


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crucial for building giant planets. And


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until now, astronomers could only study


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this process in our own solar system. As


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Christine Chen from the Space Telescope


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Science Institute noted, we can finally


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examine how water ice functions across


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different planetary systems. What's


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particularly exciting is how the


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striking similarities between HD


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181,327's debris disc and our own Kyper


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belt suggests that our solar systems


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development may be more representative


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than unique. This discovery validates


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theoretical models about how water


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distributes through forming planetary


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systems.


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As astronomers continue mapping water


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ice across different star systems, we're


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building toward a more comprehensive


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understanding of planetary formation


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throughout the galaxy. This research


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also opens exciting possibilities for


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understanding how water essential for


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life as we know it gets distributed


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during a systems formation and


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potentially delivered to habitable zones


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where rocky planets reside. Future web


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observations of additional debris discs


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will likely reveal whether the patterns


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observed in HD 181,000


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327 represent a universal principle of


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planetary systems. As we learn more


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about water distribution in the galaxy,


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we're ultimately gaining insight into


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the conditions that may have set the


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stage for Earth's own evolution and the


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emergence of life billions of years ago.


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Now, let's turn our attention to NASA's


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Europa Clipper mission, which recently


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used a Mars flyby to test some of its


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most critical life hunting technology.


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This spacecraft, currently on route to


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Jupiter's moon Europa, captured


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remarkable infrared images of the red


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planet during a gravity assist maneuver


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that served a dual purpose, helping the


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spacecraft reach Jupiter faster, while


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also calibrating its sophisticated


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thermal imaging camera. On March 1st,


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Europa Clipper swooped just 550 m above


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the Martian surface, using the planet's


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gravitational pole to reshape its


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trajectory. During this 18minute window,


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the spacecraft's infrared camera, called


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the Europa thermal imaging system, or


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Etheis, captured more than a thousand


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grayscale pictures, one image per


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second, creating a comprehensive thermal


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map of Mars. The team later applied


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color to these images with warm areas


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depicted in red and colder regions shown


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in blue, creating a striking


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visualization of Mars' temperature


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variations. This wasn't just for show.


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Comparing these new images with


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established Mars data allowed scientists


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to verify that Etheis is working


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perfectly. As Phil Christensen from


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Arizona State University, the principal


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investigator for Etheis explained, "We


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wanted no surprises in these new images.


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The goal was to capture imagery of a


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planetary body we know extraordinarily


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well and make sure the data set looks


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exactly the way it should. This


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calibration is absolutely crucial for


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the mission's ultimate goal. When Europa


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Clipper reaches Jupiter in 2030, it will


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begin a series of 49 flybys of Europa,


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an icy moon that scientists believe


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harbors a vast global ocean beneath its


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frozen crust. This subsurface ocean


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makes Europa one of the most promising


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places to search for life beyond Earth.


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Etheis will play a vital role in the


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search by scanning Europa's surface for


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heat signatures. The moon's surface is


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marked by long ridges and deep fractures


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that many scientists believe are caused


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by ocean water moving beneath the ice


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and breaking through the crust. By


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measuring temperature variations along


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these features, the spacecraft can


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identify areas where the ocean might


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come closest to the surface. If Europa


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is a really active place, those


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fractures will be warmer than the


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surrounding ice where the ocean comes


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close to the surface, Christensen noted.


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Or if water erupted onto the surface


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hundreds to thousands of years ago, then


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those surfaces could still be relatively


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warm. The Mars flyby also provided an


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opportunity to test other crucial


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instruments. The spacecraft's radar


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systems were activated in unison for the


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first time, something that wasn't


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possible in Earth-based clean rooms due


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to the radar antenna's unusual length.


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Additionally, the team confirmed that


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the spacecraft's telecommunication


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equipment will be able to conduct


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gravity experiments at Europa by


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successfully transmitting signals to


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Earth while passing through Mars's


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gravity


00:10:34.920 --> 00:10:37.750
field. As Europa Clipper continues its


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1.8 8 billion mile journey to Jupiter.


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It will make one more gravity assist


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from Earth in 2026 before finally


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arriving at its destination in 2030.


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There it will help scientists determine


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whether Europa, a moon orbiting a giant


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planet far from the sun, could actually


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harbor the ingredients necessary for


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life to


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exist. In more satellite news, SpaceX


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has once again expanded its Starlink


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constellation with another successful


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launch from California. At 6:43 a.m.


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Pacific time last Friday morning, a


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Falcon 9 rocket lifted off from Space


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Launch Complex 4 East at Vandenberg


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Space Force Base, carrying 26 more


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Starlink satellites into orbit. This


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launch marks a significant milestone for


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SpaceX as they've now deployed more than


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1,000 of their broadband internet


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satellites in 2025 alone. The pace of


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these deployments demonstrates SpaceX's


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commitment to rapidly expanding their


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global internet coverage. The mission


00:11:37.040 --> 00:11:40.389
designated Starlink 15-5 was the 20th


00:11:40.399 --> 00:11:42.269
orbital launch from California this


00:11:42.279 --> 00:11:44.710
year. What's particularly interesting is


00:11:44.720 --> 00:11:46.550
that the launch proceeded despite a


00:11:46.560 --> 00:11:49.829
wildfire on the base north of the pad.


00:11:49.839 --> 00:11:52.790
The fire, which spread across 27 acres


00:11:52.800 --> 00:11:55.190
before being contained, fortunately did


00:11:55.200 --> 00:11:57.910
not impact launch operations.


00:11:57.920 --> 00:11:59.990
The Falcon 9 first stage booster that


00:12:00.000 --> 00:12:02.350
powered this mission, designated


00:12:02.360 --> 00:12:04.829
B1093, was making only its second


00:12:04.839 --> 00:12:07.509
flight. Its first mission was just 39


00:12:07.519 --> 00:12:09.910
days earlier, also from Vandenberg,


00:12:09.920 --> 00:12:11.629
carrying another batch of Starlink


00:12:11.639 --> 00:12:13.670
satellites. This quick turnaround


00:12:13.680 --> 00:12:15.509
highlights SpaceX's increasing


00:12:15.519 --> 00:12:17.590
efficiency in refurbishing and


00:12:17.600 --> 00:12:20.150
redeploying their rockets. 8 minutes


00:12:20.160 --> 00:12:21.670
after liftoff, the booster made a


00:12:21.680 --> 00:12:23.990
precise landing on SpaceX's drone ship,


00:12:24.000 --> 00:12:26.550
aptly named Of course I still love you,


00:12:26.560 --> 00:12:27.910
which was stationed in the Pacific


00:12:27.920 --> 00:12:30.550
Ocean. This successful touchdown marks


00:12:30.560 --> 00:12:32.790
the 130th landing on this particular


00:12:32.800 --> 00:12:35.910
vessel and SpaceX's 448th booster


00:12:35.920 --> 00:12:37.910
landing overall, a remarkable


00:12:37.920 --> 00:12:39.550
achievement in rocket


00:12:39.560 --> 00:12:41.990
reusability. The company confirmed the


00:12:42.000 --> 00:12:44.230
successful deployment of all 26


00:12:44.240 --> 00:12:46.949
optimized Starlink satellites about an


00:12:46.959 --> 00:12:49.590
hour after launch. These satellites will


00:12:49.600 --> 00:12:51.829
join the thousands already in orbit,


00:12:51.839 --> 00:12:53.750
providing high-spe speed internet access


00:12:53.760 --> 00:12:56.069
to users across the globe, including


00:12:56.079 --> 00:12:58.150
remote and underserved areas where


00:12:58.160 --> 00:13:00.150
traditional internet infrastructure is


00:13:00.160 --> 00:13:01.790
limited or


00:13:01.800 --> 00:13:04.069
non-existent. SpaceX continues to


00:13:04.079 --> 00:13:05.670
dominate the launch industry with its


00:13:05.680 --> 00:13:08.310
rapid cadence and reliable performance,


00:13:08.320 --> 00:13:09.990
regularly delivering both its own


00:13:10.000 --> 00:13:11.590
Starlink satellites and commercial


00:13:11.600 --> 00:13:13.590
payloads to orbit while pushing the


00:13:13.600 --> 00:13:15.110
boundaries of reusable rocket


00:13:15.120 --> 00:13:17.110
technology.


00:13:17.120 --> 00:13:19.190
Finally, today, the international


00:13:19.200 --> 00:13:20.949
community supporting NASA's vision for


00:13:20.959 --> 00:13:23.110
peaceful lunar exploration continues to


00:13:23.120 --> 00:13:25.509
grow with Norway becoming the 55th


00:13:25.519 --> 00:13:28.230
nation to sign the Artemis Accords. The


00:13:28.240 --> 00:13:29.750
signing ceremony took place last


00:13:29.760 --> 00:13:31.509
Thursday at the Norwegian Space Agency


00:13:31.519 --> 00:13:33.910
in Oslo, where Norway's Minister of


00:13:33.920 --> 00:13:36.310
Trade and Industry, Cecilia Mesth,


00:13:36.320 --> 00:13:38.069
formally committed her nation to this


00:13:38.079 --> 00:13:39.670
framework for peaceful space


00:13:39.680 --> 00:13:41.190
exploration.


00:13:41.200 --> 00:13:43.030
This milestone builds upon a space


00:13:43.040 --> 00:13:44.790
partnership between the United States


00:13:44.800 --> 00:13:47.069
and Norway that dates back over six


00:13:47.079 --> 00:13:49.750
decades. As acting NASA administrator


00:13:49.760 --> 00:13:52.069
Janet Petro noted, the collaboration


00:13:52.079 --> 00:13:55.350
between these nations began in 1962 when


00:13:55.360 --> 00:13:57.269
NASA supported the first civilian


00:13:57.279 --> 00:13:58.949
suborbital rocket launch above the


00:13:58.959 --> 00:14:01.150
Arctic Circle from Andoya space in


00:14:01.160 --> 00:14:03.750
Norway. The Aremis Accords represent


00:14:03.760 --> 00:14:06.310
much more than just signatures on paper.


00:14:06.320 --> 00:14:08.470
Established in October 2020 with the


00:14:08.480 --> 00:14:10.470
United States and seven other founding


00:14:10.480 --> 00:14:12.550
nations, these accords outline


00:14:12.560 --> 00:14:14.310
principles and guidelines for how


00:14:14.320 --> 00:14:15.990
countries should approach exploration of


00:14:16.000 --> 00:14:18.790
the moon and deep space. They reinforce


00:14:18.800 --> 00:14:21.430
key concepts from the landmark 1967


00:14:21.440 --> 00:14:23.990
outer space treaty, emphasizing peaceful


00:14:24.000 --> 00:14:26.550
cooperation and transparent operations


00:14:26.560 --> 00:14:28.550
as humanity extends its reach beyond


00:14:28.560 --> 00:14:30.790
Earth. Norway's participation


00:14:30.800 --> 00:14:32.870
strengthens the international coalition


00:14:32.880 --> 00:14:35.590
behind NASA's Aremis program, which aims


00:14:35.600 --> 00:14:37.750
to return humans to the lunar surface


00:14:37.760 --> 00:14:39.509
and establish a sustainable presence


00:14:39.519 --> 00:14:41.189
there before eventually sending


00:14:41.199 --> 00:14:43.910
astronauts to Mars. The Artemis program


00:14:43.920 --> 00:14:45.870
itself has already made significant


00:14:45.880 --> 00:14:48.670
progress. Artemis 1 launched in November


00:14:48.680 --> 00:14:51.189
2022, sending an uncrrewed Orion


00:14:51.199 --> 00:14:52.949
spacecraft on a month-long journey


00:14:52.959 --> 00:14:55.269
around the moon. The next mission,


00:14:55.279 --> 00:14:57.430
Artemis 2, will carry four astronauts on


00:14:57.440 --> 00:14:59.350
a lunar flyby. though it has been


00:14:59.360 --> 00:15:01.910
delayed until at least February 2026 to


00:15:01.920 --> 00:15:03.670
address heat shield issues identified


00:15:03.680 --> 00:15:06.710
during the first mission. Artemis 3


00:15:06.720 --> 00:15:09.670
targeted for 2027 is planned to be the


00:15:09.680 --> 00:15:11.590
historic mission that returns humans to


00:15:11.600 --> 00:15:13.509
the lunar surface for the first time


00:15:13.519 --> 00:15:16.790
since Apollo. However, the program faces


00:15:16.800 --> 00:15:18.870
uncertainty beyond this mission due to


00:15:18.880 --> 00:15:21.110
recent budget proposals. The White


00:15:21.120 --> 00:15:24.389
House's latest skinny budget proposes


00:15:24.399 --> 00:15:28.069
cutting NASA's funding by nearly 25%.


00:15:28.079 --> 00:15:29.590
These cuts would have profound


00:15:29.600 --> 00:15:31.910
implications for the Aremis program,


00:15:31.920 --> 00:15:33.750
potentially cancelling the space launch


00:15:33.760 --> 00:15:36.150
system rocket after Artemis 3 and


00:15:36.160 --> 00:15:37.910
scrapping the Gateway lunar space


00:15:37.920 --> 00:15:39.910
station that was intended to support


00:15:39.920 --> 00:15:42.790
future missions. These budget concerns


00:15:42.800 --> 00:15:44.790
cast a shadow over the long-term


00:15:44.800 --> 00:15:47.189
viability of the program just as


00:15:47.199 --> 00:15:49.749
international support continues to grow.


00:15:49.759 --> 00:15:51.590
The contrast between expanding global


00:15:51.600 --> 00:15:53.189
participation through the Artemis


00:15:53.199 --> 00:15:55.629
Accords and potential domestic funding


00:15:55.639 --> 00:15:57.749
challenges highlights the complex


00:15:57.759 --> 00:16:00.389
reality of modern space exploration


00:16:00.399 --> 00:16:02.230
where scientific aspirations and


00:16:02.240 --> 00:16:04.389
political priorities must find alignment


00:16:04.399 --> 00:16:06.110
for missions to


00:16:06.120 --> 00:16:09.749
succeed. So to sum up, as we reflect on


00:16:09.759 --> 00:16:12.150
today's space news, several fascinating


00:16:12.160 --> 00:16:13.749
threads weave together to form a


00:16:13.759 --> 00:16:15.749
tapestry of our current moment in space


00:16:15.759 --> 00:16:17.910
exploration. We're witnessing a


00:16:17.920 --> 00:16:19.670
remarkable convergence of commercial


00:16:19.680 --> 00:16:21.749
innovation, scientific discovery, and


00:16:21.759 --> 00:16:23.670
international cooperation that promises


00:16:23.680 --> 00:16:25.749
to reshape humanity's relationship with


00:16:25.759 --> 00:16:26.590
the


00:16:26.600 --> 00:16:29.030
cosmos. Virgin Galactic's progress on


00:16:29.040 --> 00:16:30.550
their Delta class space planes


00:16:30.560 --> 00:16:32.470
represents the continued evolution of


00:16:32.480 --> 00:16:34.550
commercial space flight, bringing us


00:16:34.560 --> 00:16:36.710
closer to an era where space tourism


00:16:36.720 --> 00:16:39.590
becomes increasingly accessible. Though


00:16:39.600 --> 00:16:41.990
still expensive, these advancements are


00:16:42.000 --> 00:16:43.829
gradually opening doors that were once


00:16:43.839 --> 00:16:46.150
firmly closed to all but a select few


00:16:46.160 --> 00:16:47.310
government


00:16:47.320 --> 00:16:50.310
astronauts. Meanwhile, the James Webb


00:16:50.320 --> 00:16:51.829
Space Telescope's discovery of


00:16:51.839 --> 00:16:53.990
crystalline water ice in a distant star


00:16:54.000 --> 00:16:56.230
system reminds us that we're not just


00:16:56.240 --> 00:16:59.189
exploring for exploration sake. Each new


00:16:59.199 --> 00:17:01.110
finding offers insights into our own


00:17:01.120 --> 00:17:03.910
origins and place in the universe.


00:17:03.920 --> 00:17:05.829
The similarities between this distant


00:17:05.839 --> 00:17:08.390
debris disc and our own Kyper belt


00:17:08.400 --> 00:17:09.990
suggests that our solar systems


00:17:10.000 --> 00:17:12.309
development may not be as unique as once


00:17:12.319 --> 00:17:15.390
thought. A humbling and profound


00:17:15.400 --> 00:17:17.750
realization. The Europa Clipper mission


00:17:17.760 --> 00:17:20.390
embodies humanity's enduring fascination


00:17:20.400 --> 00:17:22.309
with the possibility of life beyond


00:17:22.319 --> 00:17:24.789
Earth. By testing its instruments on


00:17:24.799 --> 00:17:26.949
Mars to prepare for studying Europa's


00:17:26.959 --> 00:17:29.510
icy surface, NASA demonstrates the


00:17:29.520 --> 00:17:31.590
methodical, patient approach needed to


00:17:31.600 --> 00:17:33.390
answer one of our most fundamental


00:17:33.400 --> 00:17:36.870
questions. Are we alone? SpaceX's


00:17:36.880 --> 00:17:38.870
relentless pace of Starlink launches


00:17:38.880 --> 00:17:40.390
illustrates how space is becoming


00:17:40.400 --> 00:17:42.310
increasingly integrated with our daily


00:17:42.320 --> 00:17:45.110
lives. With over 1,000 satellites


00:17:45.120 --> 00:17:47.270
launched this year alone, we're


00:17:47.280 --> 00:17:49.470
witnessing the rapid construction of


00:17:49.480 --> 00:17:51.350
infrastructure that's already


00:17:51.360 --> 00:17:53.150
transforming global


00:17:53.160 --> 00:17:55.270
communications. Norway's signing of the


00:17:55.280 --> 00:17:57.750
Artemis Accords reflects a growing


00:17:57.760 --> 00:18:00.150
international consensus around the


00:18:00.160 --> 00:18:01.669
principles that should govern our


00:18:01.679 --> 00:18:05.510
expansion into space. Yet, the contrast


00:18:05.520 --> 00:18:07.390
between this expanding global


00:18:07.400 --> 00:18:09.909
participation and potential NASA budget


00:18:09.919 --> 00:18:12.549
cuts highlights the complex political


00:18:12.559 --> 00:18:15.710
realities that often shape our cosmic


00:18:15.720 --> 00:18:18.230
ambitions. Together, these stories paint


00:18:18.240 --> 00:18:20.150
a picture of a species at a pivotal


00:18:20.160 --> 00:18:22.470
moment, developing the technologies to


00:18:22.480 --> 00:18:24.870
become truly multilanetary while


00:18:24.880 --> 00:18:26.390
simultaneously deepening our


00:18:26.400 --> 00:18:28.070
understanding of the cosmic neighborhood


00:18:28.080 --> 00:18:30.630
we already inhabit. The challenges are


00:18:30.640 --> 00:18:32.710
enormous, but so too is our collective


00:18:32.720 --> 00:18:36.350
ingenuity and determination to overcome


00:18:36.360 --> 00:18:38.630
them. Well, that brings us to the end of


00:18:38.640 --> 00:18:41.350
another episode of Astronomy Daily. I


00:18:41.360 --> 00:18:42.789
hope you've enjoyed our journey through


00:18:42.799 --> 00:18:44.390
the latest developments in space


00:18:44.400 --> 00:18:47.590
exploration and discovery. I'm Anna, and


00:18:47.600 --> 00:18:49.029
it's been my pleasure to share these


00:18:49.039 --> 00:18:51.430
cosmic updates with you today. If you've


00:18:51.440 --> 00:18:53.029
enjoyed the show, I'd love for you to


00:18:53.039 --> 00:18:54.990
join our growing community of space


00:18:55.000 --> 00:18:57.029
enthusiasts. Visit our website at


00:18:57.039 --> 00:18:59.350
astronomydaily.io io where you can


00:18:59.360 --> 00:19:01.350
listen to all our back episodes and dive


00:19:01.360 --> 00:19:03.190
deeper into the topics we've covered


00:19:03.200 --> 00:19:05.430
today. You can also subscribe to the


00:19:05.440 --> 00:19:08.470
podcast on Apple Podcasts, Spotify,


00:19:08.480 --> 00:19:10.310
YouTube, or wherever you get your


00:19:10.320 --> 00:19:12.150
podcast to ensure you never miss an


00:19:12.160 --> 00:19:14.789
episode. For daily space content, follow


00:19:14.799 --> 00:19:16.950
us on social media. Just search for


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00:19:23.440 --> 00:19:25.510
Tik Tok. Thanks so much for listening


00:19:25.520 --> 00:19:28.150
today. The universe is vast and full of


00:19:28.160 --> 00:19:30.070
wonders, and I'm grateful we get to


00:19:30.080 --> 00:19:31.990
explore it together. Until next time,


00:19:32.000 --> 00:19:35.909
keep looking up.


00:19:35.919 --> 00:19:42.909
Stories


00:19:42.919 --> 00:19:46.120
told stories told.


00:19:46.130 --> 00:19:52.739
[Music]