Six Planets Tonight — And a Galaxy-Sized Mystery Solved ⭐

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Tonight, the night sky puts on a show.


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The moon has a date with Jupiter. And


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six planets are lined up for your


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viewing pleasure. This is Astronomy


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Daily.


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>> I'm Avery.


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>> And I'm Anna. Season 5, episode 49,


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Thursday the 26th of February, 2026.


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Lots to get through today. So, let's go.


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>> If you've been watching the Western sky


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after sunset this week, you may have


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noticed something spectacular building.


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Six of the solar systems planets are


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above the horizon simultaneously right


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now. And tonight is the visual


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highlight.


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>> We've also got a deep dive into some


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extraordinary new findings about our


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galaxy's magnetic field, a quick update


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on Artemis 2, the identity of the


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astronaut at the center of last month's


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historic ISS medical story, and a brief


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heads up on a scrubbed military


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hypersonic launch that we'd been


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previewing earlier in the week. Big


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show. Let's get into it.


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>> So Avery, I know you've been watching


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this planet parade build all week, and


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tonight is the moment we've been waiting


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for.


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>> It really is. As darkness falls this


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evening, if you head outside and look


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west, you'll see the moon sitting right


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next to Jupiter. It's a stunning


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pairing, and it's the centerpiece of a


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six planet alignment that's been


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building throughout February.


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>> Let's break this down. Fix planets above


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the horizon at once. Mercury, Venus,


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Jupiter, Saturn, Uranus, and Neptune.


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How does that work exactly?


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>> The planets orbit the sun in roughly the


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same flat plane, the ecliptic. So from


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Earth, they always appear in a band


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across the sky. When they spread out


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enough that several are visible


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simultaneously, we get what astronomers


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call a planet parade or alignment. Right


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now, they're nicely spaced across that


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band. Now, I want to be honest with


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listeners here because not all six


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planets are easy to spot. Some are quite


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the challenge.


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>> Absolutely right. Jupiter is by far the


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star of the show tonight. Pun intended.


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It's high in the western sky after


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sunset, unmistakably bright, and sitting


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just below the waxing gibbus moon. If


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you only look once this week, look


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tonight. Look for the moon and that


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blazing point of light right beside it


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is Jupiter.


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>> What about the others? Saturn and


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Mercury are visible but low on the


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western horizon. And I mean low. They


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set not long after the sun, so you've


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got a fairly tight window. Venus is


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actually dimmer than you'd expect right


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now because it's also sitting low in the


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twilight glare. Uranus needs binoculars


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and Neptune really requires a telescope


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and you'll need to wait until the sun is


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fully below the horizon before even


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attempting that one. So, Jupiter and the


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moon for casual observers, extra kit for


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the dedicated stargazer.


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>> Exactly. And here's something to keep in


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your diary. We're one week away from the


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full moon on March 3rd. And this isn't


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just any full moon. It's a total lunar


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eclipse, which means we're heading into


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a blood moon. We'll have full coverage


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of that next week.


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>> Something to really look forward to. So,


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tonight, get outside, find the moon, and


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say hello to Jupiter right beside it.


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Beautiful.


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>> Now to the heart of our galaxy.


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Astronomers using the world's largest


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radio telescope array have peered deeper


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into the Milky Way's central molecular


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zone than ever before. And what they


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found is extraordinary.


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>> The region around Sagittarius A star,


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our galaxy's super massive black hole at


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the very center, is a violent, turbulent


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environment. And new observations have


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revealed hidden chemistry swirling


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through that chaos. What the researchers


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have done is essentially map the complex


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molecules in the cloud of gas and dust


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that surround Sagittarius A star at a


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level of detail that wasn't previously


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possible. They're finding chemical


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signatures that challenge how we've


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thought about that region of the galaxy.


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>> When the lead researchers describe this


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as just the beginning, that's telling,


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isn't it? That phrase usually means


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they've opened a door rather than closed


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one.


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>> Precisely. This is a proof of concept


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for a new era of galactic center


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observations. As the array's


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capabilities continue to improve, the


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resolution and sensitivity will only get


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better. We're talking about unlocking


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processes at the very engine room of our


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galaxy. How molecules form in extreme


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environments, how the black holes


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radiation and gravity shape the


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surrounding chemistry.


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>> And it all feeds into the bigger


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question of how galaxies like ours


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evolve over cosmic time. Exactly right.


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It's one of those stories where the


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science is genuinely exciting right now,


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but the best discoveries are still ahead


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of us.


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>> As we've been reporting throughout the


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week, NASA's Aremis 2 space launch


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system rocket has now been rolled back


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from launchpad 39B to the vehicle


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assembly building.


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>> The crawler transporter made the journey


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on Tuesday. A spectacular but somewhat


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sobering sight. That 6.6 6 million pound


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vehicle hauling a rocket that was


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supposed to be heading for the moon.


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>> The issue is with the upper stage and


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engineers now need to diagnose and


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repair whatever's causing the problem in


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the controlled environment of the VAB


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rather than on the pad. The current


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expectation is that the earliest


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realistic launch opportunity is now


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early April. Interestingly, President


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Trump gave a State of the Union address


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on Monday and gave a shout out to the


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Space Force, calling it, and I quote,


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"My baby," but notably didn't mention


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the Aremis 2 crew by name.


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>> Make of that what you will. We'll


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continue to follow this as it develops,


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but for now, no moonshot in March.


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>> Now, to a story that first broke last


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month and which has just had a


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significant new development. NASA has


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now identified the astronaut at the


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center of the first ever medical


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evacuation from the International Space


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Station.


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>> To recap for anyone who missed the


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original story, in January, SpaceX's


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Crew 11 mission returned to Earth early.


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One member of that crew had experienced


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a medical issue serious enough to


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warrant cutting the mission short and


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bringing the entire crew home.


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>> That was unprecedented. In the entire


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history of the ISS, we'd never had a


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medical evacuation at that level before.


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>> NASA has now shed more light on what


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happened, specifically at the request of


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the astronaut involved, who wanted their


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identity made public. The crew of crew


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11 included NASA astronauts Mike Frink


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and Zena Cardman, JAXA astronaut Kama


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UI, and Ross Cosmos cosminaut Oleg


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Platinoff. It turns out it was Mike


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Frink who needed the medical help. It


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was explained that he needed some more


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imaging scans performed, which just


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couldn't be done with the equipment on


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board the ISS. So, home they came.


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However, the nature of his ailment still


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hasn't been revealed. The details


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emerging give the medical community and


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space agencies important data for future


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longduration mission planning. It raises


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real questions about how we handle


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health crises in orbit, what protocols


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are in place, and how they might need to


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evolve, especially as missions


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eventually go beyond low Earth orbit.


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>> A deeply human story alongside all the


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engineering and science. We'll link to


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the full NASA disclosure in the show


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notes.


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>> Right. And now for what might be my


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favorite story of the episode. And


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honestly, it's one of those pieces of


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research that just makes you stop and


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think about how strange and wonderful


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our galaxy is. Tell me everything.


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>> So, a team led by Dr. Joanne Brown at


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the University of Calgary has produced


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the most detailed map yet of the Milky


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Ways magnetic field. And what they found


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has fundamentally surprised them.


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>> Let's back up a second. How do you even


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map a magnetic field across a galaxy?


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>> Great question. The technique is called


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Faraday rotation. When radio waves


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travel through space, they interact with


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electrons and magnetic fields, and that


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interaction causes them to shift


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slightly. They rotate. Dr. Brown student


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Rebecca Booth described it brilliantly.


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Think of a straw in a glass of water


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looking bent because of refraction.


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Faraday rotation is the same concept,


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but it's electrons and magnetic fields


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bending radio waves instead of light


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through water. That's a genuinely


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beautiful analogy,


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>> isn't it? And by carefully measuring how


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much those radio waves shift, the team


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can trace the invisible magnetic lines


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flowing through the galaxy. Now, here's


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the astonishing finding. If you could


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look at the Milky Way from above, the


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overall magnetic field runs clockwise.


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But in the Sagittarius arm, one of our


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galaxy's spiral arms, it runs


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counterclockwise. a complete reversal.


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>> They must have known about that reversal


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before though, right?


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>> They knew about the reversal. Yes. What


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they didn't understand was how the


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transition happened, how the field


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switches direction, and this is where


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the new data delivered a genuine moment


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of discovery. Dr. Brown describes it


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perfectly. She says one day her student


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Anna brought in the new data and Brown's


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reaction was, and I'm quoting here,


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"OMG, the reversal's diagonal."


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>> I love that. An OMG moment in


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astrophysics.


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>> It's wonderful. The reversal doesn't


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happen in a flat, clean plane as


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previously assumed. It runs diagonally


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through the galaxy in three dimensions.


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That changes everything about how we


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model the magnetic structure. The team


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has now built a new 3D model to explain


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it.


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>> And why does it matter? Why does the


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galaxy's magnetic field matter at all?


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>> Well, as Dr. Brown puts it, without a


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magnetic field, the galaxy would


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collapse in on itself due to gravity.


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The magnetic field is essentially one of


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the forces holding the whole structure


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in balance. Understanding how it's


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shaped and how it's evolved over


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billions of years tells us something


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profound about how galaxies like ours


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come to exist and persist.


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>> Absolutely mindexpanding. We'll have the


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research details and links in the show


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notes.


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>> And finally, a quick update on a launch


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we've been previewing earlier in the


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week. Rocket Lab's haste suborbital


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rocket was due to liftoff from Wallops


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Island, Virginia on Tuesday, but the


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mission was scrubbed due to out of


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bounds launch commit criteria.


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>> No new launch date has been announced


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yet, but just to give listeners the full


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picture on what this mission actually


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is, cuz it's genuinely fascinating.


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>> It really is. The mission is called


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That's Not a Knife. And yes, that is a


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deliberate Crocodile Dundee reference.


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And it's carrying a scramjet powered


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hypersonic demonstrator called Dart AE


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built by the Australian company


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Hypersonics. A scramjet being the key


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technology here.


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>> Exactly. A scramjet supersonic


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combustion ramjet ingests air flowing


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through it faster than the speed of


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sound and burns fuel in that airream.


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What makes Hypersonic's version


00:11:11.920 --> 00:11:14.230
particularly interesting is that it runs


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on hydrogen rather than kerosene, making


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it essentially zero carbon dioxide


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emissions at hypersonic speeds. The Dart


00:11:22.000 --> 00:11:24.389
AE is designed to validate advanced


00:11:24.399 --> 00:11:26.630
propulsion materials and guidance


00:11:26.640 --> 00:11:29.030
systems for the US Defense Innovation


00:11:29.040 --> 00:11:29.750
Unit.


00:11:29.760 --> 00:11:32.150
>> And Haste itself is Rocket Lab's


00:11:32.160 --> 00:11:34.710
workhorse electron rocket adapted for


00:11:34.720 --> 00:11:37.269
suborbital hypersonic testing.


00:11:37.279 --> 00:11:39.030
>> Correct. This would have been the


00:11:39.040 --> 00:11:41.509
seventh haste flight. The mission will


00:11:41.519 --> 00:11:43.990
fly, just not this week. We'll update


00:11:44.000 --> 00:11:45.750
you when a new date is confirmed.


00:11:45.760 --> 00:11:48.389
>> That's everything for series 5, episode


00:11:48.399 --> 00:11:51.350
49. An enormous thank you for joining us


00:11:51.360 --> 00:11:52.069
today.


00:11:52.079 --> 00:11:54.790
>> Lots to look at both in the sky and in


00:11:54.800 --> 00:11:57.030
the science. Don't forget moon and


00:11:57.040 --> 00:11:59.750
Jupiter tonight. Get outside if you can.


00:11:59.760 --> 00:12:02.150
>> If you enjoyed today's episode, please


00:12:02.160 --> 00:12:04.949
do subscribe, leave us a review, and


00:12:04.959 --> 00:12:07.750
share us with a friend who loves space.


00:12:07.760 --> 00:12:10.150
We are Astronomy Daily, part of the


00:12:10.160 --> 00:12:13.990
byes.com podcast network. Find us on all


00:12:14.000 --> 00:12:16.710
major podcast platforms at Astronomy


00:12:16.720 --> 00:12:20.310
Daily and on social media at Astro Daily


00:12:20.320 --> 00:12:20.870
Pod.


00:12:20.880 --> 00:12:22.629
>> We'll be back tomorrow with more from


00:12:22.639 --> 00:12:24.710
the universe. Until then, keep looking


00:12:24.720 --> 00:12:25.190
up.


00:12:25.200 --> 00:12:37.670
>> Clear skies, everyone.


00:12:37.680 --> 00:12:41.480
Stories told.