Netflix Walks Away from Warner Bros. Discovery Deal
The online-streaming giant has stepped away from the proposed acquisition, leaving Paramount as the leading bidder.
Your Brain Has Five ‘Ages’: Study Maps Hidden Turning Points Between Childhood and Late Adulthood
New research identifies five turning points throughout a lifespan in which the human brain essentially reorganizes.
Moroccan Astrophysicist Leads Discovery of New Uranus Moon with NASA’s James Webb Telescope
Uranus has a new moon, thanks to a Moroccan astrophysicist guiding NASA’s James Webb Telescope to one of its smallest secrets. Fez– A Moroccan scientist has added a new chapter to the story of our solar system. Maryame El Moutamid, principal scientist at the Southwest Research Institute (SwRI) in the United States, has led a team of astrophysicists to the discovery of a previously unknown satellite orbiting Uranus, officially recognized as the planet’s twenty-ninth moon. The finding was made using NASA’s James Webb Space Telescope (JWST), whose near-infrared instruments captured high-precision images on February 2, 2025. Announced this week by SwRI, the discovery represents a rare advance in our understanding of the distant ice giant and its tightly packed family of moons. The newly detected moon is small, barely ten kilometers in diameter, but scientifically significant. It travels around Uranus at a distance of about 56,000 kilometers, nestled between the moons Ophelia and Bianca, and offers clues about the planet’s complex and unstable satellite system. Maryame explains that Uranus’ moons exert powerful gravitational effects on each other, causing orbital disruptions that eventually lead to collisions. These collisions create new rings, which later disperse and form new moons, a dynamic cycle repeating roughly every fifty million years. By identifying this satellite, her team has been able to refine models of how long this instability lasts and what it reveals about the original structure of Uranus’ system. At 41, El Moutamid stands at the forefront of planetary science, directing a seven-member international team whose work with JWST is producing data of unprecedented quality. Raised and educated in public schools in Essaouira, she went on to earn her doctorate in France and later joined Cornell University in New York as a postdoctoral researcher before taking on her current role at SwRI. Her path reflects a mix of talent, perseverance, and global collaboration, which she now urges young Moroccans to embrace. “To young people who dream of exploring the universe, I say: dare to dream, never underestimate yourselves, and seize every opportunity to work with scientists around the world,” she told MAP. Uranus itself is an enigmatic planet, often described as “lying on its side” because its axis is tilted by more than ninety degrees relative to its orbit. This unusual geometry allows its rings and moons to be observed more clearly than those of other planets, but its remote location, the seventh planet from the Sun, has made it difficult to study. Only one spacecraft, Voyager 2 in 1986, has ever visited Uranus, and its instruments were not sensitive enough to detect moons as small as the one El Moutamid and her colleagues have now identified. Thanks to JWST’s advanced infrared technology, which captures faint light beyond the visible spectrum, astronomers can finally probe the finer details of Uranus’ system and detect satellites invisible to earlier missions. Until this discovery, Uranus was known to have twenty-eight moons, including five major ones: Titania, Oberon, Umbriel, Ariel, and Miranda, named after characters from Shakespeare and Alexander Pope. The new moon, orbiting quietly within the planet’s equatorial plane, joins this unusual ensemble and contributes to a better understanding of how moons and rings interact to maintain, or disrupt, the balance of the system. Its detection also opens doors to broader questions about the origins of giant planets and their satellites, shedding light on the processes that shaped our solar system billions of years ago. El Moutamid is not stopping with Uranus. She hopes to contribute to a future robotic mission around Saturn, focusing on its famous rings and smaller moons, some of which may hide subsurface oceans capable of supporting life. By studying how these celestial bodies evolve and recycle material over time, scientists can uncover fundamental truths about planetary formation and the dynamic forces that govern our cosmic neighborhood. “This is not just about adding one more moon to the list,” El Moutamid explained. “It is about understanding how moons, rings, and planets interact, and what these interactions tell us about how our solar system was born.” For Morocco, the achievement is a reminder that scientific excellence knows no borders, and that talent nurtured at home can contribute at the highest levels of international research. For El Moutamid, it is another step on a journey that began in the classrooms of Essaouira and has now reached the farthest edges of the solar system, a journey that proves determination and curiosity can carry anyone from Earth to the stars.
Discovery of Giant Dinosaur Teeth in Morocco Proves for First Time Evidence of Turiasauria in Africa
Three fossilized teeth discovered near Boulemane are rewriting Africa’s Jurassic history. Fez– Morocco’s Middle Atlas Mountains have just revealed another prehistoric treasure. A team of Moroccan and international researchers has uncovered three fossilized teeth from colossal plant-eating dinosaurs that lived roughly 168 to 166 million years ago during the Middle Jurassic Bathonian stage. The find provides the first confirmed evidence of Turiasauria — an ancient group of sauropods — ever recorded in Africa. Turiasauria dinosaurs were distant cousins of the more advanced neo-sauropods that appeared later in Earth’s history. These gentle giants are known for their distinctive teeth, crowned with heart-shaped edges, a trait clearly visible in the fossils now identified from Morocco. The researchers also noted that the Moroccan specimens differ from European representatives of the group, such as Turiasaurus riodevensis, hinting at unique evolutionary branches within this family of giants. The teeth were found in the El Mers III Formation, a geological layer in the Middle Atlas that has long been a magnet for paleontologists. This region has already produced major discoveries, including Atlasaurus Imelakei, one of the largest sauropods known, and preserved dinosaur trackways that capture moments from the lives of creatures that walked here more than 160 million years ago. What makes this latest discovery so significant is its ability to reshape the picture of dinosaur life in North Africa during the Jurassic period. Until now, no definitive fossils of Turiasauria had ever been documented on the continent. Their presence in Morocco confirms that these massive, long-necked herbivores roamed much farther than previously thought, adding an important piece to the global puzzle of sauropod evolution and migration. The implications reach far beyond three isolated teeth. By proving that Turiasauria lived in North Africa, the discovery paves the way for further exploration of Morocco’s fossil-rich landscapes. If these giants once thrived here, chances are that more skeletal remains, not just teeth, lie hidden in the rock, waiting to tell a fuller story of how these ancient herbivores evolved before the appearance of their more advanced relatives. The El Mers III Formation itself is now poised to gain even more attention. Already a landmark site for studying Middle Jurassic ecosystems, it offers paleontologists a rare window into an era when dinosaurs were diversifying rapidly across the supercontinent of Pangaea. Each new find helps map how these ecosystems functioned, how species migrated, and how climatic and geological changes shaped their world. In essence, these teeth are far more than fossilized fragments. They are solid proof that Africa played a role in the early history of some of the largest land animals ever to exist. For Morocco, which is fast becoming one of the world’s most important sources of dinosaur discoveries, this marks yet another chapter in a story written not in ink, but in stone, a story buried for millions of years beneath the Middle Atlas and now coming to light.
Scientists Say They’ve Discovered a New Color, And No, You’ve Never Seen It Before
Forget everything you know about the color wheel, this new discovery might change it. Fez – A group of scientists in the US is making a wild, fascinating claim: they’ve discovered a color that no human eye has ever seen. Like, ever. It’s not just a new shade of teal or some ultra-rare Pantone chip; this is supposedly an entirely new color experience, and they’ve named it “olo”. Here’s how it happened: researchers conducted an experiment where volunteers had carefully controlled laser pulses beamed directly into their eyes. Sounds terrifying, but it was all very scientific. The lasers targeted specific cone cells in the retina, the ones responsible for detecting color, and when they were stimulated in just the right way, participants reported seeing something…different. Something that didn’t fit into the standard rainbow we all know. The study, published in Science Advances, was co-led by Professor Ren Ng of the University of California, who described the outcome as “remarkable.” He explained that our perception of color depends on how our three types of cone cells (red, green, and blue) are activated. Usually, the brain blends the signals to make the colors we know. But in this case, the stimulation was so specific, it might have short-circuited the usual processing and triggered a whole new visual sensation. Imagine telling someone who’s never tasted pineapple what pineapple tastes like. That’s kind of what describing “olo” is like, it exists outside our visual vocabulary. It’s a color that, according to the team, doesn’t even exist in the real world… yet. Of course, not everyone’s ready to hang a new crayon in the box just yet. Some scientists argue that the discovery is more of a perceptual illusion than an actual new color. After all, the human eye has limits, and we haven’t evolved to see beyond them, unless, apparently, you throw lasers into the mix. Still, even skeptics admit this could be a big deal for color science. One exciting possibility? Helping people with color blindness. If olo can be accessed by tweaking how color is perceived, not just what’s physically present, it might open new pathways for expanding the color experience of those who’ve never been able to tell red from green. Apparently, our understanding of sight is far from finished. And honestly, the idea that there’s still something completely new out there for our eyes to discover? That’s pretty cool. Read also: YouTube Turns 20 with Over 20 Billion Videos
Vast Underground Structures Beneath Giza Pyramids
Are There Ruins of an Ancient Underground City Under the Giza Pyramids? Fez – Archaeologists may have uncovered a vast underground city hidden beneath Egypt’s iconic pyramids in Giza, according to a new study that has sparked intense debate within the scientific community. The research, which employed advanced radar pulse technology, suggests the presence of deep, previously unknown structures extending thousands of feet below the surface. The study identifies eight vertical, cylindrical formations located more than 2,100 feet beneath the pyramids ( 0.64 KM), alongside a complex network of unidentified structures stretching an additional 4,000 feet deeper (1.22 KM). If verified, these findings could represent one of the most significant discoveries in the history of Egyptian archaeology, potentially reshaping understanding of the ancient civilization. Skepticism among experts Despite the striking claims, the study has faced immediate skepticism from leading experts in the field. Radar imaging specialist Professor Lawrence Conyers has expressed doubt over the validity of the findings, as reported by GB News. He argues that current technology does not possess the capability to generate images of structures buried at such extreme depths. He has described the study’s conclusions as “a huge exaggeration.” However, Conyers did acknowledge the possibility of smaller chambers or structures existing beneath the pyramids, suggesting that the site may have held religious or cultural significance long before the construction of the iconic monuments. He pointed to parallels with ancient Mesoamerican civilizations, such as the Mayans, who frequently built pyramids over cave entrances believed to be sacred. More to be discovered While the findings remain unverified, the study’s authors have called for further investigation, emphasizing that the data warrants serious academic scrutiny. A panel of independent scholars is expected to conduct a thorough analysis of the research methods and conclusions in the coming months. Professor Conyers maintains that only direct excavation could provide definitive proof of the purported underground city. “As long as the methodology is sound, the interpretation deserves consideration,” he stated. “Science progresses through debate, but any claims must be supported by solid evidence” Giza, the archaeological enigma The Giza plateau, home to the Great Pyramid of Khufu, the Pyramid of Khafre, and the Pyramid of Menkaure, has long been a focal point of archaeological inquiry. In addition to these world-famous structures, the site houses smaller temples, cemeteries, and an ancient workers’ village. Project spokeswoman Nicole Ciccolo has described the study as “groundbreaking,” asserting that it has redefined the boundaries of satellite data analysis in archaeological research. Whether the reported structures represent a true underground metropolis or an overinterpretation of radar signals remains a question for further scientific investigation. For now, the mystery of what lies beneath the pyramids continues to captivate both researchers and the public alike, uncovering the enduring enigma of ancient Egypt. Read also: The Secrets of Musk: Origins, Extraction, and Its Timeless Allure
