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See A Crescent Moon Embrace Venus And Jupiter: The Night Sky This Week

See A Crescent Moon Embrace Venus And Jupiter: The Night Sky This Week

Forbes4 days ago
The 4-day-old waxing crescent Moon. (Photo by: Alan Dyer/VWPics/Universal Images Group via Getty ... More Images)
Each Monday, I pick out North America's celestial highlights for the week ahead (which also apply to mid-northern latitudes in the Northern Hemisphere). Check my main feed for more in-depth articles on stargazing, astronomy, eclipses and more.
The Night Sky This Week: July 21–27, 2025
As July enters its final stretch, the pre-dawn and post-sunset sky steals the spotlight with an exquisite series of moon-planet encounters. In the early hours of the first part of the week, a waning crescent moon in the east will first meet Venus and Aldebaran, then Jupiter, all the while displaying delicate "Earthshine" light. As it darts in, then out of the sun's glare, it will reappear in the west and, by week's end, join Mars. Here's everything you need to know about stargazing and astronomy this week:
Monday, July 21: A Triangle Of Moon, Venus And Aldebaran
Monday, July 21: A Triangle Of Moon, Venus And Aldebaran
Wake early this morning — about 45 minutes before sunrise — and look east to witness a panorama of a 15%-lit waning crescent moon above the eastern horizon. Look for a triangle with the moon top, Venus beneath and the bright orange star Aldebaran in the constellation Taurus to the side. Earthshine — the faint glow caused by sunlight reflecting off Earth and onto the lunar surface — will add a magical touch to the view. Above will be the sparkling Pleiades star cluster.
Tuesday, July 22: A Chain Of Moon, Venus And Aldebaran
Tuesday, July 22: A Chain Of Moon, Venus And Aldebaran
This morning's sky offers one of the richest pre-dawn lineups of the season. A slender 7%-lit crescent moon will hang low in the east, with brilliant Venus to its right, Aldebaran beyond, and the glittering Pleiades cluster above.
Wednesday, July 23: Crescent Moon And Jupiter
Wednesday, July 23: Crescent Moon And Jupiter
Today marks the final morning to glimpse the moon before it enters its new phase. Just 3%-lit, the razor-thin crescent would typically be challenging to spot, but since it will be just five degrees to the left of Jupiter close to the east-northeast, it should be easy pickings in the 45 minutes before sunrise, though a flat, unobstructed horizon and a clear sky will be key.
Friday, July 25: A Waxing Crescent Moon
Friday, July 25: A Waxing Crescent Moon
With the new moon yesterday, the scene is set for some much more convenient post-sunset sights of our natural satellite at its most delicate.
Scan the western horizon 30 minutes after sunset for a 2%-lit waxing crescent moon. A cloudless view and possibly binoculars will be needed to spot it.
Saturday, July 26: Waxing Crescent Moon And Regulus
Saturday, July 26: Waxing Crescent Moon And Regulus
Tonight's crescent moon, now 6%-lit, will be easier to spot and be joined by Regulus, the brightest star in the constellation Leo. Look west about 45 minutes after sunset to find the moon sitting just two degrees to the left of Regulus. A hot, blue-white star roughly 79 light-years away, Regulus is one of four royal stars of ancient Persia.
Sunday, July 27: Waxing Crescent Moon And Mars
Sunday, July 27: Waxing Crescent Moon And Mars
With the crescent moon now 11% lit, it will be higher in the western sky after sunset than it was last night. Just to its upper left will shine Mars, past its best but still unmistakable. The mostly unlit face of the moon will be faintly illuminated by Earthshine, the ghostly glow on the moon's night side. Though visible to the naked eye, binoculars reveal it in detail, especially during crescent phases.
The times and dates given apply to mid-northern latitudes. For the most accurate location-specific information, consult online planetariums like Stellarium.
Wishing you clear skies and wide eyes.
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Map Shows Where Millions Can See International Space Station on Thursday
Map Shows Where Millions Can See International Space Station on Thursday

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Map Shows Where Millions Can See International Space Station on Thursday

Based on facts, either observed and verified firsthand by the reporter, or reported and verified from knowledgeable sources. Newsweek AI is in beta. Translations may contain inaccuracies—please refer to the original content. Millions of Americans and Canadians will have a chance to see the International Space Station (ISS) on Thursday night as it cuts a path across North America. Why It Matters The ISS orbits Earth and houses astronauts and a research laboratory for experiments in microgravity. The ISS is maintained by NASA, Roscosmos, the European Space Agency, the Japan Aerospace Exploration Agency and the Canadian Space Agency. It travels at about 17,500 mph and completes an orbit around Earth every 90 minutes. What To Know At times, the ISS is visible from the U.S. as it orbits Earth. The next chance Americans will have at sighting the space station will be Thursday night as it cuts from Northwest Canada through parts of the Northeastern U.S. in a span of a few minutes. "The International Space Station is visible because it reflects sunlight—the same reason we can see the Moon," a NASA webpage about the ISS says. "However, unlike the Moon, the space station is not bright enough to see during the day. Viewing opportunities can range from one a month to several a week as the light from the Sun reflects off station as it passes overhead at dawn and dusk at the user's preferred location." No equipment will be needed to view the ISS as it passes over the U.S., as it is visible to the naked eye. Millions of Americans outside the ISS' direct path also will have a chance to see it. A map from AccuWeather shows the planned path of the ISS. Shortly after 9:25 p.m. ET, the ISS will travel from Canada into New York, where it will continue its southeastern path for hardly more than a minute before it exits over the Atlantic Ocean. A map from AccuWeather shows where the ISS will be visible on July 24, 2025. A map from AccuWeather shows where the ISS will be visible on July 24, 2025. AccuWeather The timeline is as follows: 9:22-9:25 p.m. ET: The ISS will be traveling southeast over Ontario, Canada. The ISS will be traveling southeast over Ontario, Canada. 9:25-9:26 p.m. ET: The ISS will travel over Northern New York, Southern Vermont, far Southwestern New Hampshire and through Massachusetts to exit over the Atlantic Ocean. The ISS will travel over Northern New York, Southern Vermont, far Southwestern New Hampshire and through Massachusetts to exit over the Atlantic Ocean. 9:27-9:29 p.m. ET: The ISS will continue its path over the Atlantic Ocean. Anyone within the viewing circle will be able to see the space station if weather conditions are right, meaning millions as far south as Georgia up through Maine and Michigan will have a chance at spotting the ISS. The ISS is bright enough that people can spot it even in large cities with light pollution. However, cloudy conditions could disrupt the viewing in some areas. "It looks like there could be some clouds on the western side of that near the Great Lakes, so Wisconsin, the Toronto area," AccuWeather meteorologist Alex DaSilva told Newsweek. "Those areas I'm a little worried there could be some clouds in the way." People further east in Southeastern Ohio, Pennsylvania and Western New York will have the best chance to view the ISS. All ISS viewings occur a few hours before or after sunrise or sunset. The ISS includes six sleeping areas, two bathrooms, a gym and a 360-degree-view bay window, NASA says in a webpage. It orbits earth 16 times in 24 hours, "traveling through 16 sunrises and sunsets." What People Are Saying AccuWeather posted on X on Thursday morning: "The International Space Station [ISS] will fly over the eastern United States and parts of Canada just after sunset on Thursday evening, an easy-to-see event for millions of residents across the region." NASA in a webpage about the ISS: "The acre of solar panels that power the station means sometimes you can look up in the sky at dawn or dusk and see the spaceship flying over your home, even if you live in a big city." What Happens Next NASA suggests people who want a chance to view the ISS when it passes over the U.S. to download Spot the Station, a mobile app that notifies users about potential ISS viewings.

Interstellar Visitor Zipping Through Our Solar System Could Be a Hostile Probe, Alien-Hyping Scientists Warn
Interstellar Visitor Zipping Through Our Solar System Could Be a Hostile Probe, Alien-Hyping Scientists Warn

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Interstellar Visitor Zipping Through Our Solar System Could Be a Hostile Probe, Alien-Hyping Scientists Warn

There's a visitor in town, and its name is 3I/ATLAS. The presumed interstellar comet presents a rare opportunity for astronomers to study an object born a long time ago in a star system far, far away. But a new paper uploaded to the preprint arXiv server asks an intriguing question: Is the object actually alien technology? For Harvard astronomer and study co-author Abraham Loeb, this is not his first interstellar rodeo. In 2018, Loeb proposed that the interstellar object 'Oumuamua might be an alien probe. He's now back at it, along with co-authors Adam Hibberd and Adam Crowl from the UK's Initiative for Interstellar Studies, asking the same question about 3I/ATLAS. The team is essentially flagging 3I/ATLAS as a candidate for alien technology and, perhaps alarmingly, as something that might actually pose an existential threat to humanity. Sounds absolutely bonkers, but it's a topic worth exploring and not something to reflexively toss onto the garbage heap. From the moment it entered our view, 3I/ATLAS—the third interstellar object ever detected in our solar system—instantly became the biggest news in astronomy for the month, if not the year. Astronomers are using the rare opportunity to study the object in as much detail as possible using the best instruments available. A clear picture of the object is emerging, suggesting it's very likely an enormous, icy comet that's considerably older than our solar system; preliminary estimates suggest it's 0.74 miles long (1.2 kilometers) and dates back some 7 billion years. An Interstellar Comet Is Here, and Its Age Is Mind-Bending The interstellar interloper is zipping through our solar system at ludicrous speeds, clocking in at 37 miles (60 kilometers) per second. Its velocity is so extreme that it'll exit our solar system and disappear from our view later this year, escaping the gravitational influence of our Sun. Astronomers are therefore under a tight deadline to understand everything they possibly can about 3I/ATLAS—an object that originated in some faraway protoplanetary or planetary system. That said, astronomers have already made some great strides in sketching out the finer details of 3I/ATLAS, quickly churning out papers pertaining to the visitor's age, size, velocity, spin, and, most importantly, its origin, based on observational data. According to research released earlier this week, the object is a jumble of organic molecules, silicates, and carbon-based minerals, placing it in a similar compositional category as asteroids found between Mars and Jupiter. Based on current data—much of it from researchers working with the newly launched Vera C. Rubin Observatory—3I/ATLAS is expected to pass through the asteroid belt between Mars and Jupiter later this fall, reaching its closest point to the Sun in late October. Excitingly, the Sun's warmth should sublimate enough ice on the comet to brighten the coma and tail even further. Suffice it to say, astronomers' ongoing investigations into 3I/ATLAS largely confirm that it's a cometary castaway. Like other comets we've seen before, 3I/ATLAS likely emerged from natural processes and was banished to interstellar space by some gravitational interaction, such as a close encounter with a gigantic planet or a passing star. Importantly, and despite strange, unfounded claims made in the new Loeb paper, there's zero indication that 3I/ATLAS is anything but a natural object formed by natural processes. Yet that hasn't stopped Loeb and his colleagues from venturing beyond the existing evidence. What's more, they've violated Occam's razor—a central tenet of the scientific method. Scientists are told that the simplest explanation is often the best when tackling puzzling phenomena. In this case, the simplest explanation, given the existing evidence, is that 3I/ATLAS is a comet. Often, when astronomers detect something unusual or inexplicable in space, there's the urge to invoke extraterrestrial influence. The Many, Many Times Astronomers Mistook Mundane Phenomena for Aliens This seems to be the case here, but as we'll discuss next, these researchers are not wrong to be asking these sorts of questions. As Sara Webb, an astrophysicist at the Swinburne University of Technology, wrote in The Conversation, 'Objects like 3I/ATLAS remind us that space is vast, strange, and full of surprises. Most of them have natural explanations. But the strangest objects are worth a second look.' Loeb and his colleagues do bring up a salient point—that we need to be curious about this object and not simply assume that it is what we think it is. Moreover, the team's warning that this object, should it be an alien probe, poses a potential hostile threat to humanity is rooted in some fascinating—if not disturbing—philosophical arguments having to do with our failed search for signs of extraterrestrial intelligence. The first is the Fermi Paradox—the surprising observation that, despite our galaxy's immense size and extreme age, we have yet to see any signs of intelligent aliens. As Italian physicist Enrico Fermi famously asked in 1950, 'Where is everybody?' This conundrum, known as the Great Silence, is not so easy to brush aside, as virtually all proposed solutions fail to convincingly account for the conspicuous absence of a Milky Way filled with extraterrestrials and extraterrestrial technology. This has led a number of philosophers, astrobiologists, and science-fiction writers to propose some rather grim solutions to the Fermi Paradox, that is, solutions that point to a galaxy devoid of space-faring civilizations. Loeb's new paper invokes one of these solutions, an idea known as the Dark Forest hypothesis. The term is borrowed from sci-fi author Liu Cixin, who made note of this possibility in his The Three-Body Problem trilogy, specifically the 2008 novel The Dark Forest. In Liu's imagined universe, intelligent civilizations stay silent and hidden because any interaction with aliens could be fatal; since it's impossible to know another civilization's intentions, the safest move is to eliminate potential threats before they can act. Hence, a Dark Forest galaxy, in which advanced civilizations take the form of silent hunters. This general concept didn't start with Liu; sci-fi novelist and SETI expert David Brin has been ruminating over the possibility of killer alien probes since 1983. As Loeb and his colleagues argue in the new paper, 3I/ATLAS, should it be artificial, is likely to possess 'active intelligence.' If that's the case, the object might be friendly, evil, or possibly something in between, they write. If it's benign, we can relax, but it's the second possibility—that it's malign—that's cause for 'most concern.' That's because the Dark Forest resolution to the Fermi Paradox is the more likely scenario, 'as it would neatly explain the singular lack of success of the SETI initiative to-date,' according to the paper. In other words, the reason we have yet to encounter aliens is that they're stealthy hunters, and this interstellar visitor, should it be a probe, likely belongs to that class of civilizations. Which is obviously not good for us. This argument brings the Berserker probe concept to mind, an idea proposed by another science fiction writer, Fred Saberhagen. The concept is as simple as it is disturbing: the solution to the Fermi Paradox is that all intelligent life is wiped out by self-replicating machines—known as Von Neumann probes—that methodically sterilize the galaxy of intelligence. All this talk of interstellar probes may seem outlandish, but there are a few things worth considering. First, our galaxy, across its 13-billion-year history, has likely spawned numerous advanced civilizations, many of which were (or are) capable of launching probes on interstellar missions. Secondly, we ourselves have already launched three interstellar (or interstellar-bound) probes as a result of exploring our immediate environment: both Voyager probes and New Horizons. It's therefore not unreasonable to assume that interstellar probes of varying ages and technologies are zipping around the Milky Way. One day, we just might spot one of these alien artifacts passing through our neck of the celestial woods. Let's hope it's friendly.

Researchers make astonishing discovery that could reshape $900 million food sector: 'This breakthrough is incredibly important'
Researchers make astonishing discovery that could reshape $900 million food sector: 'This breakthrough is incredibly important'

Yahoo

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Researchers make astonishing discovery that could reshape $900 million food sector: 'This breakthrough is incredibly important'

Researchers make astonishing discovery that could reshape $900 million food sector: 'This breakthrough is incredibly important' Scientists have made an exciting discovery that could transform your daily breakfast meal. According to for the first time ever, researchers from McGill University have altered oat DNA with great success. By editing oat DNA, scientists have the potential to produce oats that are not only richer in fiber but also more resilient to rising global temperatures. Published in Plant Biotechnology Journal, the study reveals how the scientists used a type of gene-cutting method — which, until now, had never been used on oats. Known as CRISPR-Cas9 gene-editing technology, the process essentially cuts out and alters specific pieces of the oat's genes. Applying this gene-cutting technology to oat production is a game-changer. "Using CRISPR-Cas9, we were able to make very specific genetic changes in oats that would traditionally take years to achieve through conventional breeding," said study leader and plant sciences professor Jaswinder Singh, per "Our method not only speeds up the breeding process but also allows us to avoid introducing foreign DNA into the plants, making them safer and more acceptable to consumers." In Canada, the oat crop plays a significant economic role, with an estimated worth of about $900 million, reported. However, unstable weather along with a short growing season has made the staple crop vulnerable. As the researchers examined different changes in the oats' genetic makeup and the impact of those changes, they were able to identify which genes influenced specific traits. For example, the team was able to discover oat plants with altered flowering times. "This breakthrough is incredibly important for climate adaptation," said Ph.D. student Mehtab Singh, lead author of the paper, per "By developing oats that mature earlier or can handle colder conditions, we're helping farmers in regions with short growing seasons or unpredictable weather patterns grow more reliable and sustainable crops." Strengthening oat as a crop will help protect the global food supply and safeguard communities from climate-driven food shortages. Across the globe, farmers have struggled to yield successful harvests due to extreme weather and rising global temperatures. However, by adapting crops at the genetic level, scientists can help farmers produce healthy harvests. From an environmental standpoint, faster-maturing oats have numerous benefits, according to the researchers. Genetically modifying oats to mature faster reduces the need for conventional speed-up techniques that rely on harsh chemicals. Moving forward, the researchers are excited to explore other genetic traits in oats, including disease resistance and stress tolerance. What single change would make the biggest dent in your personal food waste? Not buying food I don't need Freezing my food before it goes bad Using my leftovers more effectively Composting my food scraps Click your choice to see results and speak your mind. Join our free newsletter for easy tips to save more and waste less, and don't miss this cool list of easy ways to help yourself while helping the planet. Solve the daily Crossword

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