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Clean Energy & Climate Transition 14 Nov 2026, 05:00 PM IST

Scientists Build 'Treasure Map' to Locate Earth’s Missing Prehistoric Animals

Scientists have developed a new predictive map designed to identify where fossils of Earth’s missing prehistoric animals are most likely to be found, potentially reshaping how palaeontologists search for ancient life. The approach combines geology, climate history and fossil records to direct future digs toward underexplored regions with the highest scientific promise.

By RDU Global Wire5 min read

Clean Energy & Climate Transition14 Nov 2026, 08:00 AM IST

Scientists Map Hidden Fossil Hotspots in Bid to Find Earth’s Missing Prehistoric Animals

Researchers have developed a new “treasure map” approach to identify where long-lost prehistoric animals are most likely to be found, potentially transforming the search for fossils and sharpening the fossil record. The method could help scientists target underexplored regions, improve climate and biodiversity reconstructions, and reduce the guesswork that has long shaped paleontological fieldwork.

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Clean Energy & Climate Transition12 Nov 2026, 02:00 PM IST

Ancient Rock Chemistry Pushes Back the Clock on Plate Tectonics

A new analysis of ancient rocks suggests Earth’s plate tectonic system may have begun operating about 2.5 billion years ago, far earlier than some previous estimates and close to the time when the planet’s surface chemistry began to resemble the modern world. The finding matters well beyond geology: plate tectonics helps regulate carbon, recycle nutrients, and stabilize the climate conditions that made complex life possible.

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Clean Energy & Climate Transition12 Nov 2026, 08:00 AM IST

Scientists Simulate a Lifeless Earth to Sharpen the Search for Alien Worlds

Researchers have built a whole-Earth computer simulation of a planet with no life, a model designed to isolate the signatures that biology leaves behind on a living world. The work could help astronomers distinguish truly inhabited planets from barren ones as next-generation telescopes begin probing distant atmospheres for signs of life.

6 min readRead →

Clean Energy & Climate Transition11 Nov 2026, 08:00 PM IST

NASA’s Swift Telescope Falls to Earth After Two Decades of Cosmic Discovery

NASA’s Neil Gehrels Swift Observatory has burned up in Earth’s atmosphere after nearly 20 years of tracking some of the universe’s most violent events, including gamma-ray bursts and stellar explosions. The spacecraft’s end underscores both the scientific value of aging orbital assets and the growing challenge of maintaining, upgrading, or safely deorbiting satellites as low-Earth orbit becomes more crowded.

6 min readRead →

Clean Energy & Climate Transition07 Nov 2026, 05:00 PM IST

Deep Mantle Dynamics May Explain Earth’s Great Unconformity

A new line of research is strengthening the case that one of geology’s most puzzling gaps in the rock record was driven not by surface erosion alone, but by deep mantle movements that reshaped continents from below. The finding reframes the Great Unconformity as a planet-scale consequence of Earth’s internal heat engine, with implications for how scientists understand long-term climate, tectonics, and the evolution of the surface environment.

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Clean Energy & Climate Transition07 Nov 2026, 08:00 AM IST

Artemis II Launch May Have Carved a Temporary Hole in the Ionosphere, Scientists Say

Scientists say the powerful launch of NASA’s Artemis II mission may have briefly punched a hole in Earth’s upper atmosphere, disrupting GPS signals and underscoring how extreme rocket launches can affect the space environment around Earth. The finding adds a new operational wrinkle to the climate and clean-energy transition era, where satellite navigation, communications and atmospheric monitoring are increasingly central to economic resilience.

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Clean Energy & Climate Transition07 Nov 2026, 08:00 AM IST

NASA’s Swift Telescope Ends 22-Year Mission in Fiery Reentry, Closing a Quietly Pivotal Chapter in Space Science

NASA’s Neil Gehrels Swift Observatory has plunged back into Earth’s atmosphere after 22 years in orbit, ending a mission that transformed the study of gamma-ray bursts and helped sharpen global space-weather monitoring. The spacecraft’s controlled demise underscores a growing reality for the space sector: even highly productive scientific assets must eventually be retired as low-Earth orbit becomes more crowded and sustainability concerns intensify.

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Clean Energy & Climate Transition06 Nov 2026, 05:00 PM IST

Earth Captures a Temporary Mini-Moon as Asteroid 2026 QQ8 Enters Loosely Bound Orbit

Astronomers have identified a small near-Earth asteroid, designated 2026 QQ8, that has been temporarily captured by Earth's gravity, making it a fleeting mini-moon rather than a permanent second satellite. The object is expected to remain only briefly in this unusual orbit before solar and lunar gravitational forces pull it away again.

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Clean Energy & Climate Transition03 Nov 2026, 05:00 PM IST

NASA’s Swift Telescope Is Reentering Earth’s Atmosphere, With Officials Saying the Risk to People Is Low

NASA says its aging Swift space telescope is nearing reentry after more than two decades in orbit, marking the end of a mission that transformed the study of gamma-ray bursts and other high-energy cosmic events. Officials say the chance of harm from falling debris is unlikely, though the spacecraft’s descent has renewed attention on the growing challenge of safely retiring satellites and scientific hardware from space.

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Clean Energy & Climate Transition03 Nov 2026, 08:00 AM IST

New Study Challenges Comet Theory of Life’s Origins

A new study is challenging a long-standing scientific idea that comets may have helped seed life on Earth, adding fresh uncertainty to one of biology’s most enduring origin stories. Researchers say the chemistry needed for life may have formed through different pathways than previously assumed, a finding that could reshape how scientists think about early Earth and the search for life beyond it.

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Clean Energy & Climate Transition02 Nov 2026, 05:00 PM IST

NASA’s Swift Telescope Nears Fiery Reentry After Failed Recovery Effort

NASA’s Neil Gehrels Swift Observatory is expected to reenter Earth’s atmosphere after a failed attempt to extend the aging mission, marking the end of a 22-year run in orbit. While the spacecraft is not designed to survive reentry intact, the event underscores the growing challenge of managing obsolete satellites and the broader risks of orbital debris in an increasingly crowded space environment.

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Clean Energy & Climate Transition02 Nov 2026, 02:00 PM IST

NASA’s Swift Telescope Nears Fiery Reentry After Failed Rescue Effort

NASA’s Neil Gehrels Swift Observatory is expected to reenter Earth’s atmosphere after more than two decades in orbit, following the failure of a planned rescue effort to extend its mission. The event underscores the growing challenge of managing aging space assets as governments and private operators expand reliance on satellites for science, communications, and climate monitoring.

6 min readRead →

Clean Energy & Climate Transition30 Oct 2026, 08:00 AM IST

Asteroid Strike May Have Set the Stage for Ants’ Global Rise

A new analysis of 163 ant genomes suggests the asteroid impact that ended the age of dinosaurs may also have accelerated the evolutionary diversification of ants. Researchers say bursts of transposable elements, or “jumping genes,” appear to have surged after the impact, potentially helping ants adapt and spread into the ecological niches left vacant by mass extinction.

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Clean Energy & Climate Transition27 Oct 2026, 08:00 PM IST

A Laser Beam Reaches the Moon in Just Over One Second, But the Physics Behind It Matters Far More

A laser beam aimed from Earth to the Moon takes a little more than one second to arrive, a deceptively simple fact that underscores the precision of modern space science. The timing is not just a curiosity: it is central to lunar ranging, satellite navigation, and the measurement of Earth-Moon distance with extraordinary accuracy.

5 min readRead →

Big Tech, Cloud & Semiconductors27 Oct 2026, 08:00 PM IST

A 1,000-Mile Martian Cloud May Expose Ice Physics Never Seen on Earth

A new atmospheric model suggests Mars may produce a vast cloud feature through ice-forming processes that have not been directly observed in nature, raising fresh questions about how dust, water ice and temperature extremes interact on the Red Planet. The finding is drawing attention well beyond planetary science because it could refine climate models, inform future missions and sharpen the tools used to simulate complex physical systems across high-performance computing.

6 min readRead →

Clean Energy & Climate Transition27 Oct 2026, 04:34 PM IST

Tiny Ancient Chemical Shift May Explain Why Life Emerged on Earth

A new scientific interpretation suggests that a subtle chemical change more than 4 billion years ago may have helped set the stage for life on Earth. The finding adds weight to the idea that planetary habitability can hinge on small molecular differences with enormous long-term consequences.

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Clean Energy & Climate Transition27 Oct 2026, 08:00 AM IST

A Laser Beam Reaches the Moon in Just Over One Second, Revealing the Precision Behind Deep-Space Measurement

A laser beam aimed at the Moon takes roughly 1.3 seconds to arrive, a deceptively simple fact that underpins some of the most precise measurements in modern science. The timing is central to lunar ranging experiments, which help researchers test gravity, refine Earth-Moon distance data, and support future space navigation.

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Clean Energy & Climate Transition25 Oct 2026, 08:00 AM IST

Warm Climates May Explain Crocodiles’ Survival Edge After the Dinosaurs

A new scientific discussion highlighted by Phys.org suggests that crocodiles may have survived the mass extinction that ended the age of dinosaurs in part because they were adapted to warm climates. The finding adds weight to the view that environmental flexibility, not brute evolutionary dominance, helped some ancient species endure one of Earth’s most catastrophic upheavals. For climate and biodiversity researchers, the work underscores how temperature tolerance can shape long-term survival under extreme planetary stress.

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Clean Energy & Climate Transition22 Oct 2026, 05:00 PM IST

Vast Fossil Record Rewrites the Story of Earth’s Great Extinctions

A sweeping new fossil analysis published in Nature is challenging the long-held view that Earth’s history is defined by five cleanly separated mass extinctions. The study suggests the fossil record is more complex and uneven than the classic narrative implies, with biodiversity losses and recoveries unfolding in overlapping waves rather than neat global resets. The findings could reshape how scientists assess deep-time climate stress, ecosystem collapse and the pace of biological recovery.

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Clean Energy & Climate Transition21 Oct 2026, 08:00 PM IST

Earth’s Poles Shifted Four Times, Reframing the Planet’s Deep-Time Climate Story

A new study suggests Earth’s true north and south poles have wandered dramatically four times over the past 320 million years, adding a fresh layer to scientists’ understanding of the planet’s long-term geologic and climatic evolution. The findings do not imply a sudden modern catastrophe, but they do sharpen the scientific picture of how Earth’s rotation, mantle dynamics and surface systems can change over immense spans of time.

6 min readRead →

Clean Energy & Climate Transition21 Oct 2026, 05:00 PM IST

Earth’s Core May Have Been Venting Hydrogen for Billions of Years, Study Suggests

A new line of research suggests Earth’s deep interior may have been leaking hydrogen and other primordial materials into the mantle for billions of years, challenging the long-held view that the core is largely sealed off from the rest of the planet. The findings, reported through recent scientific coverage, could reshape understanding of Earth’s chemical evolution, the origin of some surface elements, and the deep processes that influence climate-relevant geology over geologic time.

6 min readRead →

Clean Energy & Climate Transition19 Oct 2026, 05:00 PM IST

Ancient Waste May Have Fueled Earth’s Greatest Biodiversity Surge, Scientists Say

A new scientific line of inquiry is challenging a long-held assumption about one of Earth’s most dramatic evolutionary turning points: that a surge of nutrients, potentially delivered by vast quantities of animal waste, helped trigger the explosion of life and diversity seen in the ancient oceans. The idea remains under active debate, but it is drawing attention because it links planetary chemistry, marine ecosystems and the deep history of climate and carbon cycling.

6 min readRead →

Clean Energy & Climate Transition18 Oct 2026, 08:00 PM IST

Deep-Earth Magma May Hold a Missing Clue to Oxygen-Rich Atmosphere

A new study suggests that Earth’s deep mantle may have stored and later released excess oxygen through magma processes, offering a fresh explanation for how the planet’s atmosphere became oxygen-rich. The findings add a new layer to the long-running debate over the Great Oxidation Event and the role of ancient weathering, volcanism and mantle chemistry in shaping Earth’s habitability.

5 min readRead →

Clean Energy & Climate Transition17 Oct 2026, 02:00 PM IST

Quantum Sensor Could Open New Window on Earth’s Spacetime Drag

A new quantum sensing concept could give scientists a far more precise way to detect frame-dragging, the subtle twisting of spacetime caused by Earth’s rotation. If developed successfully, the approach could sharpen tests of Einstein’s general relativity and improve the measurement toolkit behind advanced navigation, geophysics, and space science.

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Clean Energy & Climate Transition16 Oct 2026, 01:14 PM IST

Quantum Sensor Could Open New Window on Earth’s Spacetime Drag

A new quantum-sensing approach could give scientists a far more precise way to detect how Earth’s mass subtly drags spacetime around it, a phenomenon predicted by Einstein’s theory of general relativity. If developed successfully, the technique could sharpen fundamental physics measurements while also advancing ultra-sensitive instrumentation with potential spillover benefits for climate, geodesy and Earth observation.

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Clean Energy & Climate Transition16 Oct 2026, 10:30 AM IST

Triple Solar Blast Could Bring Northern Lights Farther South Tonight

A rare sequence of three solar eruptions has raised the odds of visible auroras tonight, with forecasters warning that geomagnetic conditions could intensify enough to push the northern lights into lower latitudes. The event is being watched closely by skywatchers and space-weather specialists alike, as the same solar activity that can produce vivid auroras can also disrupt satellites, radio communications, and power systems.

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Clean Energy & Climate Transition16 Oct 2026, 08:27 AM IST

Quantum Sensor Could Turn Earth’s Frame-Dragging Into a Measurable Climate-Era Signal

A new quantum sensing approach could give scientists a far more precise way to detect how Earth’s mass and rotation subtly drag spacetime, a relativistic effect long known in theory but difficult to measure directly. While the work is rooted in fundamental physics, it also underscores how next-generation quantum instruments are pushing the boundaries of environmental observation, navigation, and Earth-system measurement.

6 min readRead →

World Politics & Diplomacy16 Oct 2026, 05:22 AM IST

Global Conservation Coverage Found Far Higher Than Estimated, Raising Stakes for 30x30 Targets

A new analysis reported by Nature suggests the world may already be conserving substantially more land than earlier estimates indicated, potentially bringing governments closer to the goal of protecting 30% of the planet by 2030. But the findings also underscore a harder reality: coverage alone does not guarantee ecological security, and many of the most important ecosystems remain exposed to mining, weak enforcement, and fragmented management.

6 min readRead →

Clean Energy & Climate Transition16 Oct 2026, 02:59 AM IST

Rock Recovered From Deep Earth Reveals a Temperature History That Challenges Subduction Models

A newly studied rock that was carried roughly 90 kilometres into Earth’s interior and later returned to the surface is giving scientists an unusually detailed record of how temperature changes inside subduction zones. The findings suggest that two distinct styles of subduction may be preserved in a single sample, complicating long-standing models of how plates sink, heat up and transform deep underground.

5 min readRead →

World Politics & Diplomacy15 Oct 2026, 10:11 PM IST

Global Conservation Coverage Appears Far Higher Than Thought, Raising the Stakes for 30x30 Targets

A new Nature analysis suggests that the world may already be conserving far more land than previous estimates indicated, with nearly 27% of Earth’s land managed for conservation. The findings sharpen debate over the global 30x30 pledge, while underscoring that many of the most critical ecosystems remain exposed to mining, development, and weak enforcement.

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Clean Energy & Climate Transition15 Oct 2026, 06:04 PM IST

Scientists Say the Best Worlds for Life May Orbit Far Closer to Their Stars Than Earth Does

A growing body of astrobiology research is challenging the long-held assumption that Earth is the ideal template for life. In a recent discussion highlighted by Avi Loeb, scientists argue that some exoplanets may be more hospitable than Earth because they sit in more stable, energy-rich environments around their stars. The debate matters far beyond astronomy, reshaping how researchers think about habitability, planetary resilience, and the search for life elsewhere in the universe.

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Clean Energy & Climate Transition15 Oct 2026, 11:34 AM IST

Halley’s Comet’s 1986 Letdown Became a Turning Point for Modern Astronomy

The 1986 return of Halley’s Comet was widely billed as a once-in-a-lifetime spectacle, but for many observers it proved underwhelming. In scientific terms, however, the encounter was transformative: a coordinated fleet of spacecraft revealed the comet as a complex, evolving relic of the early solar system and helped redefine how astronomers study small bodies, dust, and planetary origins.

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Clean Energy & Climate Transition09 Oct 2026, 09:19 AM IST

Microbes May Have Forged Snowball Earth Iron Deposits in Darkness

A new scientific interpretation suggests that some of Earth’s ancient iron deposits formed during global ice ages through microbes that survived without sunlight. The finding could reshape understanding of how life persisted in extreme climates and how mineral resources were created under frozen oceans.

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Clean Energy & Climate Transition08 Oct 2026, 09:20 PM IST

Tiny Ancient Black Holes Could Point to a Hidden Fifth Dimension

A new theoretical explanation is drawing attention after scientists linked an unusually energetic particle detected in 2023 to the possible evaporation of a primordial black hole in a five-dimensional universe. The idea remains speculative, but it could reshape debates over dark matter, high-energy cosmic events, and the fundamental structure of spacetime.

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Clean Energy & Climate Transition08 Oct 2026, 07:18 PM IST

New Study Suggests Earth’s Interior May Be Heating Unevenly, Raising Fresh Questions for Geology and Climate Science

A new line of research suggests the planet may not be warming uniformly from within, a finding that could complicate long-held assumptions about how Earth’s mantle, crust and tectonic systems evolve. If confirmed, the work may force scientists to rethink parts of geology that rely on a more even picture of internal heat flow.

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Clean Energy & Climate Transition08 Oct 2026, 04:05 PM IST

New Study Suggests Earth May Be Heating Unevenly From Within, Challenging Core Geological Assumptions

A new line of research is raising the possibility that Earth’s interior may not be warming in the uniform way geologists have long assumed, a finding that could reshape understanding of volcanism, plate tectonics and the planet’s long-term thermal evolution. If confirmed, the work would force scientists to revisit models that underpin everything from earthquake risk to the deep carbon cycle.

6 min readRead →

Clean Energy & Climate Transition08 Oct 2026, 04:05 PM IST

ESA’s Juice Spacecraft Uses Earth Flyby to Gain Speed on Jupiter Mission

The European Space Agency’s Jupiter Icy Moons Explorer, or Juice, has completed a precision Earth flyby that altered its trajectory by about 20 degrees and added roughly 3.5 kilometres per second to its speed. The manoeuvre is a critical navigation milestone on the long route to Jupiter, demonstrating how gravity-assist physics can conserve fuel while enabling deep-space exploration. The pass also underscores the operational complexity of interplanetary missions, where timing, orbital geometry and atmospheric constraints must align with extreme precision. For Europe’s flagship outer-planet mission, the successful flyby keeps Juice on course for a science campaign focused on Jupiter and its potentially ocean-bearing moons.

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Clean Energy & Climate Transition08 Oct 2026, 01:06 PM IST

Leading Origin-of-Life Theory Faces Fresh Scientific Setback

A prominent theory on how life first emerged on Earth has encountered a new challenge, adding uncertainty to one of science’s most enduring questions. The development underscores how origin-of-life research remains a highly contested field, with implications for climate science, planetary chemistry, and the search for life beyond Earth.

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Clean Energy & Climate Transition08 Oct 2026, 07:57 AM IST

Astronomers Spot a Star Slowly Consuming a Brown Dwarf 300 Light-Years Away

Astronomers have identified a rare stellar system about 300 light-years from Earth in which a star appears to be gradually stripping material from a brown dwarf companion. The observation offers a close look at a little-understood phase of binary evolution, with implications for how compact objects lose mass, cool, and ultimately change over time.

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Clean Energy & Climate Transition08 Oct 2026, 07:57 AM IST

New Research Suggests Earth May Be Heating Unevenly From Within, Raising Fresh Questions for Geology and Climate Science

A new line of research is challenging a long-standing assumption in Earth science: that the planet’s interior warms and cools in broadly predictable ways. The findings suggest heat may be distributed unevenly beneath the surface, a possibility that could reshape how scientists understand volcanism, tectonics, and the deep processes that influence the planet’s evolution. While the work does not alter the basic physics of climate change at the surface, it adds a new layer of complexity to how Earth’s internal engine is modeled.

6 min readRead →

Clean Energy & Climate Transition08 Oct 2026, 07:57 AM IST

Earth and Mars Share a Birth Cloud, but Not a Common Build, New Study Finds

Earth and Mars likely emerged from the same reservoir of gas and dust around the young Sun, but new research suggests the two planets assembled through distinctly different pathways. The finding sharpens scientific understanding of how rocky worlds form and could help refine models used to assess the evolution of planets beyond the Solar System.

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Global Markets & Equities08 Oct 2026, 04:17 AM IST

Trump Says Eligible U.S. Children Will Be Automatically Enrolled in ‘Trump Accounts’

President Donald Trump said eligible American children will be automatically enrolled in newly branded “Trump Accounts,” a move that could broaden participation in the administration’s child-focused savings initiative and deepen its political and market implications. The announcement, made amid renewed White House emphasis on easing family financial pressure, raises fresh questions about how the accounts will be funded, invested and administered at scale.

6 min readRead →

Defence, Intelligence & Aerospace08 Oct 2026, 04:17 AM IST

Trump, Hegseth Unveil Arsenal-2 Shipyard in Maryland as U.S. Pushes Industrial Expansion

President Donald J. Trump and Secretary of War Pete Hegseth announced a new shipyard project, Arsenal-2, at Sparrows Point, Maryland, in a move framed as part of a broader effort to rebuild American maritime and defence-industrial capacity. The announcement signals renewed federal attention on shipbuilding, supply-chain resilience and strategic manufacturing at a time of intensifying global competition.

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Clean Energy & Climate Transition08 Oct 2026, 02:45 AM IST

Earth and Mars Formed Differently Despite Shared Origins, Study Finds

Earth and Mars may have emerged from the same primordial cloud of gas and dust, but a new study in Nature Astronomy indicates that the two rocky planets developed through markedly different chemical pathways. The findings sharpen scientific understanding of how planetary building blocks assembled in the early solar system and could help explain why Earth became habitable while Mars remained a colder, smaller world.

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Clean Energy & Climate Transition07 Oct 2026, 09:29 PM IST

Moon to Occult Jupiter in Rare Dawn Event Not Repeated for 11 Years

A rare celestial alignment will briefly erase Jupiter from view as the Moon passes directly in front of the planet in the early hours of October 6. Astronomers say the occultation is unusual enough to merit attention because the next comparable event will not occur for roughly 11 years, making this a notable moment for skywatchers and astronomy enthusiasts worldwide.

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Clean Energy & Climate Transition07 Oct 2026, 08:21 PM IST

NASA Telescope Faces Fiery Reentry After Rescue Bid Fails

NASA is preparing for the controlled demise of a space telescope that can no longer be saved, after a rescue effort failed to restore its mission. The spacecraft is now expected to burn up in Earth’s atmosphere, closing a chapter that underscores both the fragility of orbital assets and the rising operational risks facing science infrastructure in space.

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Clean Energy & Climate Transition07 Oct 2026, 08:21 PM IST

Earth and Mars Formed by Different Cosmic Recipes, Study Finds

A new study suggests that Earth and Mars, though born from the same cloud of gas and dust, assembled through fundamentally different processes. The findings sharpen scientific understanding of how rocky planets grow and may help explain why Earth became habitable while Mars remained smaller, colder and geologically quieter.

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Clean Energy & Climate Transition07 Oct 2026, 08:20 PM IST

Leading Origin-of-Life Theory Faces Fresh Setback as New Evidence Narrows the Path

A widely discussed theory for how life first emerged on Earth has encountered a significant new challenge, according to a Big Think report examining the latest scientific debate. The development does not disprove the broader field, but it does weaken one of the most influential explanations and underscores how little is still settled about life’s earliest chemistry.

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Clean Energy & Climate Transition07 Oct 2026, 08:20 PM IST

SpaceX Crew-12 Astronauts Undock From ISS After Nearly 10 Months in Orbit

SpaceX’s Crew-12 astronauts have undocked from the International Space Station and begun their return to Earth after an unusually long mission of nearly 10 months in orbit. The homecoming caps a high-profile crew rotation that underscores the growing operational maturity of commercial human spaceflight and its role in sustaining low-Earth-orbit research.

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📍 About this Entity

Countries, administrative states, financial centers, conflict zones and trade straits. All news mentioning this entity is automatically verified and aggregated into this live intelligence dossier.

Co-Occurring Entities

Entities frequently referenced alongside Earth:

Washington, D.C.(31)Phys.org(19)NASA(17)European Space Agency(16)Nature(11)Jupiter(10)