Jurassic Puzzle Solved: Fossil Halves Reunited After 90 Years Reveal New Tree-Climbing Reptile

In a remarkable tale of scientific detective work, two fossil halves separated for nearly 90 years have finally been reunited—unveiling a new species of tree-dwelling reptile from the Jurassic era, named Sphenodraco scandentis. The story began in the 1930s, when a fossil was unearthed in Germany’s Solnhofen limestone, a site famed for preserving prehistoric life in extraordinary detail. One half of the fossil found its way to Frankfurt’s Senckenberg Museum, long thought to be part of Homoeosaurus maximiliani, a known lizard-like reptile. Decades later, Victor Beccari, a doctoral student at the Bavarian State Collection, made a game-changing discovery: a matching fossil half stored at the Natural History Museum in London. Using DNA barcoding and skeletal analysis, Beccari and his team confirmed that the two pieces were originally part of the same animal. “The fossils were separated almost a century ago and the link was lost,” said Beccari. “Now, together, they tell a completely new story.” The fully assembled fossil reveals a long-limbed, agile reptile—the Sphenodraco scandentis—with clear adaptations for climbing trees, a rare find that sheds new light on the evolution of arboreal reptiles during the Jurassic period. This historic reunion not only corrects a long-standing misidentification but also opens a fresh chapter in our understanding of how ancient reptiles adapted to life in the trees—an early precursor to today’s lizards and other climbing vertebrates. Sometimes, history hides in plain sight—and in this case, it was tucked away in the collections of two different museums, waiting nearly a century to come together.

Apple’s India Dream Faces Setback as China Pulls Engineers from Foxconn Factories

Just as Apple gears up to scale production of its next-gen iPhone 17 in India, a silent yet strategic move from China may threaten to derail the tech giant’s ambitious shift. Over 300 Chinese engineers and technicians working at Foxconn’s iPhone assembly plants in southern India have been abruptly recalled—marking a significant disruption in Apple’s global supply chain diversification strategy. While neither Apple nor Foxconn has issued an official statement, the timing—and silence—is telling. The exits come amid escalating geopolitical friction between India and China, and growing concerns in Beijing over the West’s accelerating “China+1” manufacturing strategy. Why the Exit Matters Foxconn’s Chinese engineers weren’t just performing routine tasks—they were the bridge between decades of assembly expertise in China’s Shenzhen and Apple’s new manufacturing hub in India. These engineers were instrumental in: Without them, India’s largely young and unseasoned workforce will face a steep learning curve, especially when assembling devices composed of over 1,000 intricate parts. A Calculated Move by Beijing According to Bloomberg, China has been quietly tightening the flow of: From rare earth magnets for EVs to APIs in pharma, and now to tech manpower, China is subtly applying pressure on companies that seek to move operations out of its territory. It’s not just trade resistance—it’s supply chain control. This latest act—limiting the movement of Foxconn’s Chinese personnel to India—might be China’s most targeted response yet to the shifting manufacturing base. India’s $10 Billion iPhone Milestone at Risk Foxconn has significantly ramped up its Indian operations. In 2024 alone: India now contributes to 20% of Apple’s global iPhone output. The iPhone 17 was expected to be the biggest step yet in that journey. But now, efficiency and training standards may take a hit—even if quality doesn’t visibly drop, as Bloomberg cautiously noted. Beyond App Bans: A Strategic Disruption India’s post-2020 retaliation to the Galwan Valley clash was largely symbolic—banning Chinese apps like TikTok and limiting investments. But China’s current tactic strikes deeper—at the factory floor, where knowledge transfer and real-time mentoring are irreplaceable. As of now, there’s no official disruption in production, and Indian authorities have been quietly informed of the exits. But industry insiders believe delays and inefficiencies could emerge, particularly during the ramp-up phase for iPhone 17. Global Stakes in a Shifting Tech Order Apple’s pivot to India is part of a broader decoupling trend driven by US-China trade tensions. With America incentivising companies to diversify supply chains to countries like India and Vietnam, China is clearly playing defence—with brains, not bullets. Donald Trump, back on the campaign trail, has once again called for Apple to “make in America.” But with high US labour costs and lack of assembly-line scale, India remains Apple’s best bet. And that’s exactly where the current friction bites. By subtly pulling back engineers, China isn’t just reacting—it’s recalibrating, trying to remind the world that it still holds the intellectual infrastructure of tech manufacturing. What Lies Ahead For India, this isn’t just a tech hiccup—it’s a stress test for its global manufacturing ambitions. Can India plug the talent gap? Will Apple re-strategize? Can this withdrawal be reversed through diplomacy or incentives? In the months leading to the iPhone 17 launch, these questions will shape more than Apple’s production line. They may redefine the balance of power in global tech supply chains, and determine how quickly India can become the next factory of the world. The departure of a few hundred engineers may seem minor—but their absence marks a tipping point in a geopolitical contest playing out through chips, cables, and corporate boardrooms.

भोपाल में फर्जी जन्म-मृत्यु प्रमाण पत्र पर लगेगी लगाम, नगर निगम चस्पा करेगा बारकोड और सैंपल सर्टिफिकेट

फर्जी जन्म और मृत्यु प्रमाण पत्रों के ऑनलाइन प्रसार को लेकर की रिपोर्ट के बाद, भोपाल नगर निगम (BMC) ने त्वरित एक्शन लिया है। अब नागरिकों को असली और नकली प्रमाण पत्र की पहचान में मदद के लिए सभी निगम कार्यालयों के बाहर बारकोड स्टिकर और सैंपल प्रमाण पत्र चस्पा किए जाएंगे। यह पहल आम जनता को यह समझने में मदद करेगी कि उनके पास जो प्रमाण पत्र है – या जो वे बनवाने जा रहे हैं – वह असली है या नहीं। यह कदम तब उठाया गया जब निगम के जन्म-मृत्यु शाखा में एक फर्जी जन्म प्रमाण पत्र सामने आया। जब उस सर्टिफिकेट को निगम के आधिकारिक पोर्टल से स्कैन किया गया, तो पता चला कि वह एक फर्जी वेबसाइट से जुड़ा है। हैरानी की बात यह रही कि उस फर्जी प्रमाण पत्र पर पंजीयक (Registrar) के डिजिटल हस्ताक्षर की हूबहू नकल भी मौजूद थी। इस धोखाधड़ी की पुष्टि होने के बाद, निगम ने गोविंदपुरा थाने में शिकायत दर्ज कराई है। अधिकारियों को संदेह है कि ऐसे और भी फर्जी प्रमाण पत्र बनाए और वितरित किए गए होंगे, संभवतः दलालों की मदद से। कैसे काम करेगी यह व्यवस्था जन्म-मृत्यु प्रमाण पत्र शाखा के रजिस्ट्रार सत्यप्रकाश बड़गैया ने बताया,“गलत इस्तेमाल को रोकने और नागरिकों को जागरूक करने के लिए हम जल्द ही सभी कार्यालयों के बाहर वास्तविक प्रमाण पत्र के नमूने और स्कैनेबल बारकोड लगाने जा रहे हैं। इससे आमजन को फर्जी और असली सर्टिफिकेट के बीच का अंतर समझने में आसानी होगी।” उन्होंने कहा कि निगमायुक्त से औपचारिक अनुमति मिलते ही यह कार्य आरंभ कर दिया जाएगा। यह कदम नागरिक सेवाओं में पारदर्शिता लाने और दस्तावेजों की सत्यता सुनिश्चित करने की दिशा में एक अहम प्रयास माना जा रहा है।

Asteroid 2025 MM to Make Close Approach to Earth, Confirms NASA — No Threat Expected

NASA has confirmed that asteroid 2025 MM, a space rock roughly 120 feet wide (about the size of a small airplane), is headed toward Earth — but experts assure there’s no reason to worry. 🌍 Close, But Not Dangerous The asteroid is set to make its closest approach to Earth on July 1, passing by at a distance of 1.29 million kilometers (approximately 800,000 miles). Traveling at a high velocity of 23,874 miles per hour (about 38,400 km/h), the asteroid will be clearly tracked by astronomers but poses no threat to life or infrastructure. 🪐 What is Asteroid 2025 MM? 🔭 Why the Interest? Despite the lack of risk, skywatchers and astronomers are intrigued, as such close passes provide valuable opportunities for: NASA’s Planetary Defense Coordination Office (PDCO) routinely monitors such near-Earth objects (NEOs) to ensure early warnings and analysis. 📡 In Summary: So, while it may sound dramatic, this is simply a cosmic flyby — not a catastrophe.

विदिशा में स्मार्ट मीटर बना सिरदर्द: 69 लाख का बिजली बिल देखकर बुजुर्ग अस्पताल में भर्ती

मध्यप्रदेश के विदिशा जिले में स्मार्ट मीटर से जुड़े बिलिंग घोटाले ने हड़कंप मचा दिया है। 65 वर्षीय मुरारीलाल तिवारी को 69.75 लाख रुपये का बिजली बिल मिलने के बाद ब्लड प्रेशर बढ़ गया और उन्हें अस्पताल में भर्ती कराना पड़ा। यह मामला अकेला नहीं है—शहर में दर्जनों लोगों को लाखों रुपये के फर्जी बिजली बिल थमाए गए हैं। 219 यूनिट खपत, लेकिन 69 लाख का बिल होम गार्ड रोड निवासी मुरारीलाल तिवारी अपनी पत्नी के साथ रहते हैं और बहुत कम बिजली उपयोग करते हैं। उनके स्मार्ट मीटर में सिर्फ 219 यूनिट खपत दर्ज हुई थी, फिर भी उन्हें पिछले महीने 69.75 लाख रुपये का बिल थमा दिया गया। तिवारी ने बिजली विभाग में लिखित शिकायत दी, लेकिन कोई जांच नहीं हुई। उल्टा, इस बार के बिल में ₹1 लाख का जुर्माना भी जोड़ दिया गया। पड़ोसी को भी 68 लाख का बिल तिवारी के पड़ोसी महेन्द्र सिंह रघुवंशी को भी ₹68 लाख का बिल मिला है। यही नहीं, अज्ञा राम कॉलोनी जैसी झुग्गी बस्तियों में रहने वाले मजदूर परिवारों को भी लाखों के बिल दिए गए हैं, जबकि वे हर महीने सिर्फ ₹100 से ₹200 का बिजली बिल चुकाया करते थे। बिना जानकारी लगाए गए स्मार्ट मीटर स्थानीय लोगों का आरोप है कि स्मार्ट मीटर बिना किसी पूर्व सूचना या सहमति के लगाए गए थे। उन्होंने बिजली विभाग और प्रशासन से कई बार शिकायत की, लेकिन कोई सुनवाई नहीं हुई। बिजली विभाग ने बताया ‘सॉफ्टवेयर गड़बड़ी’ बिजली विभाग के अधिकारियों का कहना है कि बिलिंग सिस्टम में सॉफ्टवेयर की गड़बड़ी के कारण यह समस्या आई है। अब तक लगभग 15 ऐसे मामले चिह्नित किए गए हैं जिनमें भारी त्रुटियां पाई गई हैं। स्मार्ट मीटर केंद्र सरकार की एक योजना के तहत लगाए गए थे, जिसका उद्देश्य पारदर्शी और सटीक बिलिंग सुनिश्चित करना था। नागरिकों में गहरा रोष, जांच की मांग तेज इस पूरे मामले ने शहरवासियों में गुस्सा फैला दिया है। नागरिक संगठन और स्थानीय लोग इस मामले की उच्च स्तरीय जांच की मांग कर रहे हैं, ताकि दोषियों पर कार्रवाई हो और उपभोक्ताओं को राहत मिल सके।

UK Scientists Launch Ambitious Project to Build Human DNA from Scratch, Raising Hopes and Ethical Questions

British scientists have embarked on a groundbreaking initiative to synthesize the human genome in a laboratory setting, aiming to unlock deeper insights into gene function and pave the way for novel disease treatments. The five-year initiative, titled the Synthetic Human Genome Project, brings together researchers from Cambridge, Oxford, Imperial College, and other leading institutions, and is led by Professor Jason Chin, a pioneer in synthetic biology. Building on their success in creating the entire genome of E. coli bacteria, the team will now tackle the far more complex human genome, which consists of over three billion DNA base pairs. Their approach involves constructing large segments of human DNA in the lab and implanting them into living cells. This method could help scientists decode the functions of the genome’s so-called “dark matter” – vast regions whose roles remain largely mysterious. One of the project’s major goals is to develop human cells that are resistant to viruses and immune system attacks, potentially leading to new therapies for conditions like autoimmune diseases and chronic liver damage. However, the scale and ambition of the project have also triggered ethical debates. A parallel study led by Professor Joy Zhang of the University of Kent will explore the ethical dimensions of synthetic genomics. Key questions include what limits, if any, should be placed on lab-created DNA and how far society is willing to go in altering the human blueprint. Experts such as Professor Iain Brassington of the University of Manchester have expressed cautious support. While enthusiastic about the scientific potential, he warns of possible risks—such as engineered bacteria used to clean up pollution accidentally escaping into the environment, or fears of “designer babies,” where parents might select specific traits for their children. Though currently speculative, these concerns highlight the need for robust ethical frameworks and regulatory oversight. Despite the concerns, scientists remain optimistic. By building and experimenting with segments of human chromosomes in skin cells, researchers believe they can unlock critical genetic functions, potentially revolutionizing how we treat complex diseases. If successful, the Synthetic Human Genome Project could mark a transformative leap in medicine, offering a glimpse into the future of genetic engineering and precision therapy.

NASA’s Curiosity Rover Unveils Mysterious Martian Ridges That Hint at Hidden Water Activity

NASA’s Curiosity rover has sent back stunning new close-up images from Mars, offering a first detailed look at a geological mystery: crisscrossing mineral ridges known as “boxwork patterns” that have never been seen elsewhere on the planet. The rover, which has been exploring the 3-mile-high Mount Sharp since 2014, encountered these unusual formations on a new layer rich in magnesium sulfates—salts that form as water evaporates. Scientists believe the boxwork formed when ancient groundwater flowed through rock cracks, depositing minerals that later hardened. Over billions of years, Mars’ harsh winds eroded the softer rock, revealing the cemented ridges. “A big mystery is why the ridges were hardened into these big patterns and why only here,” said Curiosity project scientist Ashwin Vasavada of NASA’s Jet Propulsion Laboratory (JPL). “As we drive on, we’ll be studying the ridges and mineral cements to make sure our idea of how they formed is on target.” The rover’s latest sample, drilled from a rock nicknamed “Altadena”, is currently under analysis in onboard instruments. It could offer insights into both the geological evolution of the region and Mars’ potential to have supported ancient microbial life. Another surprising discovery: calcium sulfate veins, previously common in lower clay-rich layers of Mount Sharp, have reappeared in this drier, sulfate-rich terrain. Their return raises questions about unexpected water activity during the planet’s drying phase. “These calcium sulfate veins used to be everywhere, but they more or less disappeared as we climbed higher up Mount Sharp,” said deputy project scientist Abigail Fraeman. “The team is excited to figure out why they’ve returned now.” To help identify locations, Curiosity assigns nicknames—this time from Bolivia’s Salar de Uyuni and the Atacama Desert, regions on Earth studied for their Mars-like dryness. The Altadena name honored a Southern California town near JPL, badly hit by a wildfire earlier this year. As Curiosity climbs higher into Martian history, scientists continue searching for signs of ancient water, organic molecules, and preserved life-friendly environments—revealing not just Mars’ secrets, but a mirror of Earth’s own geological past.

Adani, JSW, Torrent Among Bidders for ₹28,000 Cr Thermal Power Project in Bihar’s Bhagalpur

Bhagalpur, Bihar | June 28, 2025 — In what will be the largest private sector investment in Bihar’s power sector, four major private power companies — Adani Power, JSW Energy, Torrent Power, and Bajaj Group’s Lalitpur Power — have expressed interest in setting up a 2400 MW thermal power plant at Pirpainti in Bhagalpur district. The ₹28,000 crore project involves the construction of three thermal power units, each with a capacity of 800 MW, under the Tariff Based Competitive Bidding (TBCB) process. Bihar State Power Generation Company Limited (BSPGCL), based in Patna, will serve as the nodal agency for the project. According to a senior official in the Bihar Energy Department, the e-bidding process was initiated on June 17, 2025, with June 25 as the deadline for application submissions. The government had given its in-principle approval for the project earlier this year, during a cabinet meeting on February 4. Key Project Details: The power generation company will issue bid documents by July 2, 2025. Technical bids are set to be opened on July 11, followed by financial bid opening on July 16, with the Letter of Award (LOA) expected to be issued within 30 days of bid finalization. Once operational, the project will supply electricity primarily to South Bihar Power Distribution Company Ltd (SBPDCL) and North Bihar Power Distribution Company Ltd (NBPDCL). Any surplus power can be sold in the open market, providing additional revenue opportunities. Strategic Importance The project is expected to strengthen Bihar’s power infrastructure, ensuring round-the-clock quality electricity for households, agriculture, and industry. It is also seen as a crucial step toward accelerating the state’s economic growth, especially in power-deficit regions. With interest from some of the country’s biggest energy players, the project marks a turning point for industrial investment in Bihar and a major boost for its long-term energy security.

99-Million-Year-Old Amber Reveals ‘Zombie Fungus’ Controlling Ancient Insects

In an astonishing discovery, scientists have uncovered 99-million-year-old amber fossils showing insects infected by a type of “zombie fungus”—offering the earliest known evidence of fungi manipulating insect behavior. The fossils, found in Myanmar, feature a fly and a young ant preserved mid-infection by parasitic fungi. The insects were likely killed by the fungi, then trapped in sticky tree resin that later fossilized into amber during the Cretaceous period, around the time of the dinosaurs. Oldest Evidence of Fungal Mind Control Researchers from Yunnan University in China studied the fossils using advanced microscopy and 3D scanning techniques. The study was led by Yuhui Zhuang, who told : “These two fossils are extremely rare—among the tens of thousands of amber specimens we’ve seen, very few show such clear fungal-insect interaction.” The discovery sheds new light on the ancient relationship between insects and Ophiocordyceps fungi—a group known today for turning ants into so-called “zombies” by hijacking their nervous systems. What Is Zombie Fungus? Modern zombie-ant fungi, such as Ophiocordyceps unilateralis, infect insects like ants by entering their bodies, often through soft joints. The fungus then controls the host’s behavior, forcing it to climb to elevated spots, where it dies and the fungus releases spores to infect others. This eerie behavior has inspired pop culture, including the hit video game and HBO series The Last of Us. The fossilized ant appears to have been under similar control, suggesting these behavioral manipulation strategies existed tens of millions of years earlier than previously believed. Even more surprising is the infected fly, since modern zombie fungi rarely target flies, making this fossil exceptionally rare and scientifically valuable. Why It Matters According to Zhuang: “These findings suggest that ancient terrestrial ecosystems were already quite complex and that fungi may have played a significant role in regulating insect populations—even in the age of dinosaurs.” Parasitic fungi like Ophiocordyceps are crucial to modern ecosystems because they naturally limit insect populations. This new discovery shows they may have been performing this role for nearly 100 million years. Unseen Biodiversity in Amber While amber is a treasure trove of prehistoric life, scientists warn that it reveals only a small fraction of past ecosystems. Many insects likely carried invisible parasites, bacteria, or fungi that are almost impossible to detect in fossils. Still, every such discovery adds a new piece to the puzzle of Earth’s evolutionary history. These fossilized interactions offer a rare glimpse into a prehistoric world where fungi were already manipulating and killing insects—an ancient war of nature frozen in time.

James Webb Space Telescope Discovers Its First New Exoplanet — A Young, Saturn-Sized Gas Giant

In a historic achievement, the James Webb Space Telescope (JWST) has discovered its first previously unknown exoplanet — a young gas giant roughly the size of Saturn — orbiting a small star about 110 light-years away in the constellation Antlia. This marks a major milestone in Webb’s mission, which, since its 2021 launch, has been gathering unprecedented data on both the early universe and known exoplanets. 🔭 A New Era in Exoplanet Discovery While over 5,900 exoplanets have been discovered since the 1990s, most were detected indirectly through methods like the transit technique — observing the dimming of a star’s light as a planet crosses in front of it. However, less than 2% of these planets have been directly imaged, making this discovery particularly rare and groundbreaking. JWST’s discovery was made possible thanks to its Mid-Infrared Instrument (MIRI) equipped with a French-produced coronagraph, which blocks out a star’s light to allow the faint glow of orbiting planets to be seen. 🌌 Meet the Planet: TWA 7 b The system is so young that both the star and planet are still in their formative stages. The planet sits within a disk of dust and rocky debris that has two broad rings and a narrow inner ring — where the planet resides. 🧪 What’s Next for TWA 7 b? Scientists do not yet know: Future JWST observations may help uncover these mysteries. 📈 Why It Matters This discovery sets a new benchmark in: As lead researcher Anne-Marie Lagrange of CNRS and Observatoire de Paris put it: “Webb opens a new window — in terms of mass and distance — for exoplanets that had not been accessible to observations so far.” Despite its capabilities, JWST still cannot directly image Earth-sized rocky planets, which remain the holy grail in the search for life. But Lagrange remains hopeful: “Looking forward, I do hope the projects of direct imaging of Earth-like planets and searches for possible signs of life will become a reality.” 🪐 In Summary: This young gas giant, floating 110 light-years away, is a glimpse into how planetary systems like ours begin — and a stepping stone toward discovering potentially habitable worlds.

Switch Language »