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  1. 1
    Geomagnetic storm to hit Earth on Fridayβ–Όtempestade geomagnΓ©ticaGgoogleBR2K1 d ago

    Space physicists warn that a dense cloud of plasma released by a strong solar explosion is expected to reach Earth's magnetic field on Friday. The event could trigger a geomagnetic storm, with possible effects on satellites, communications and power grids. Interest is growing in Brazil as forecasters track the solar flare and its likely impact.

  2. 2
    G2 geomagnetic storm watch issued as solar eruption heads for Earth●G2 geomagnetic storm watch issued as powerful solar eruption heads for Earth β€” northern lights possible across northern USβœ‰newsEnvironmentEnergy2 d ago

    Forecasters have issued a G2 geomagnetic storm watch after a powerful solar eruption sent charged material toward Earth. The disturbance is expected to reach the planet's magnetic field, potentially triggering displays of the northern lights visible across the northern United States. Moderate storm levels can also affect satellite operations and power grids at high latitudes.

  3. 3
    Temporary melting liquid could improve perovskite solar cells and LEDs●Temporary melting liquid could help build better perovskite solar cells and LEDsβœ‰newsEnvironmentEnergy27 min ago

    Researchers report that a temporary melting liquid could help manufacture better perovskite materials for solar cells and light-emitting diodes. The finding is of interest because perovskite devices promise cheap, efficient solar power and displays, but defects during production limit their performance, and the new liquid approach may lead to higher-quality, more reliable devices.

  4. 4
    Esri launches Solar Panel Inspections solution for field teamsβ–ΌBring field discoveries into view with the Solar Panel Inspections solutionβœ‰newsEnvironmentEnergy18 h ago

    Esri has introduced a Solar Panel Inspections solution designed to help field workers capture and visualise inspection findings on solar installations. The tool brings field discoveries directly into view for teams managing solar assets, supporting maintenance and monitoring workflows. It reflects the growing use of geographic information systems in renewable energy operations as solar capacity expands worldwide.

  5. 5
    Solar Orbiter traces origin of magnetic switchbacksβ–ΌSolar Orbiter tracks origin of mysterious magnetic switchbacksβœ‰newsEnvironmentEnergy21 h ago

    The European Space Agency's Solar Orbiter mission has tracked the origin of mysterious magnetic switchbacks, sudden zig-zag deviations in the solar wind's magnetic field that have puzzled scientists for decades. The finding offers new insight into how the Sun's magnetic field behaves as it streams outward into the solar system.

  6. 6
    First radio signal detected from planet outside solar system●Radio signal detected for first time from a planet outside our solar systemYhnEnvironmentEnergy620 min ago

    Astronomers have detected a radio signal from an exoplanet for the first time, according to a CNN report. The signal is said to come from Beta Pictoris b, a gas giant orbiting a young star roughly 60 light-years from Earth. If confirmed, it would mark a new way of studying planets beyond the solar system, since most exoplanets are found indirectly. Researchers suggest such emissions could reveal details about a planet's magnetic field and atmosphere. Scientists are calling for follow-up observations to verify the detection.

  7. 7
    Study traces solar wind magnetic switchbacks to the coronaβ–ΌOn the coronal origin of magnetic switchbacks in the solar windβœ‰newsEnvironmentEnergy16 h ago

    A new study published in Nature examines the coronal origin of magnetic switchbacks, the sharp zigzag reversals in the Sun's magnetic field carried by the solar wind. Researchers address a long-standing question about whether these folds form in the solar atmosphere or arise later in transit, with implications for understanding how the Sun heats its corona and accelerates the solar wind.

  8. 8
    TADF additive pushes polymer solar cells past 20% efficiencyβ–ΌA TADF Additive Boosts Polymer Solar Cells Past 20% Efficiency in Layer-by-Layer Processing | Newswiseβœ‰newsEnvironmentEnergy10 h ago

    Researchers report that adding a thermally activated delayed fluorescence (TADF) material to polymer solar cells has lifted power conversion efficiency beyond 20%, using a layer-by-layer processing method. The result marks a notable milestone for organic photovoltaics, a field long seeking to cross that threshold, and suggests the additive improves charge generation and stability in the active layer.

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    Maria Telkes, the 'Sun Queen' of solar energyβ–ΌHow Maria 'The Sun Queen' Telkes Powered Solar Energy Storageβœ‰newsEnvironmentEnergy1 d ago

    Maria Telkes, the Hungarian-American scientist known as the 'Sun Queen,' is being remembered for her pioneering work in solar energy storage. Her research in the mid-20th century laid early groundwork for today's solar heating and storage technologies, and renewed coverage highlights how her innovations helped shape the modern renewable energy field.

  10. 10
    Can solar storms really affect human health?β–ΌCan solar storms affect people? Are solar flares dangerous to humans?βœ‰newsEnvironmentEnergy10 h ago

    Solar storms and flares are back in the public conversation, with questions raised about whether they pose any danger to people. The core question: can solar activity affect human health? The short answer from scientists is that Earth's magnetic field and atmosphere shield us from harmful radiation, though strong storms can disrupt power grids, satellites and communications systems.

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    New clue emerges on origin of solar wind switchbacksβ–ΌScientists get a new clue to the origin of solar wind 'switchbacks'βœ‰newsEnvironmentEnergy1 d ago

    Scientists report fresh insight into the origin of solar wind 'switchbacks' β€” sudden zigzag reversals in the Sun's magnetic field carried outward by the solar wind. The finding adds to evidence from solar missions studying the phenomenon, which matters because switchbacks may help explain how the solar wind is accelerated and heated as it leaves the Sun.

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    Colorado's newest solar garden opens on 40 acres in Auroraβ–ΌColorado's newest solar garden consists of 40 acres of solar panels in Auroraβœ‰newsLifeHome & Garden1 d ago

    Colorado has unveiled its newest community solar garden, a 40-acre field of solar panels located in Aurora. The installation is part of the state's ongoing push to expand renewable energy capacity and give residents and businesses access to solar power without rooftop panels. Local coverage highlights the project's size and its role in Colorado's clean energy goals.

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    Solar particles colliding with Earth's magnetic field create auroras●The interaction between solar particles and Earths magnetic field produces the atmospheric phenomenon known as an auroraMmastodonScienceSpace117 h ago

    Charged solar particles interacting with Earth's magnetic field produce auroras, the atmospheric light displays seen at high altitudes. The phenomenon occurs when these particles collide with oxygen and nitrogen atoms in the thermosphere, releasing energy as distinct colours in the sky. Science communicators are sharing explanations of the physics behind the displays, renewed interest likely driven by recent visible aurora events at unusually low latitudes.

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    Astronomers have picked up radio signals from Beta Pictoris b, a giant exoplanet about 63 light-years away orbiting the young star Beta Pictoris. The detection, reported by BBC Sky at Night Magazine, is a rare feat for a planet beyond our Solar System and could open a new way to study exoplanets' magnetic fields and interiors. Interest is rising across several countries.

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    Magnetic exoplanets better at holding atmospheres, astronomers say●RE: https:// mastodon.social/@ScienceSchola r/117400673353922117 oooo, magnetic exoplanets! More likely to hold onto atmMmastodonScienceSpace22 d ago

    Astronomy discussions are highlighting exoplanets with strong magnetic fields, noting they are more likely to retain their atmospheres over time, much as Earth's magnetic field protects our own atmosphere from being stripped away by solar wind. Commenters see magnetism as a promising factor in assessing which distant worlds could remain habitable.

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    Atomic motion research aims to push solar cells past limitsβ–ΌAtomic motion could help push solar cells beyond conventional limitsβœ‰newsEnvironmentEnergy3 d ago

    Researchers report that understanding and controlling atomic motion in solar cell materials could help push photovoltaic efficiency beyond the conventional limits set by existing designs. By studying how atoms vibrate and move within these materials, scientists hope to reduce energy losses and improve how sunlight is converted into electricity. The work is drawing attention in the energy field as demand grows for cheaper, more efficient solar technology.

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    The Pentagon is backing efforts to develop solar power collected in space and beamed to Earth, according to SpaceNews. The idea of space-based solar energy has long been studied for its potential to deliver continuous clean power regardless of weather or time of day, and US defence interest could accelerate research and funding in the field.

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    Arizona Fall League Underway with Mesa Solar Sox in Actionβ–ΌMesa Solar Sox: The Arizona Fall League is underwayβœ‰newsEnvironmentEnergy3 d ago

    The Arizona Fall League has begun its season, with the Mesa Solar Sox taking the field in Mesa, Arizona. The league showcases top minor league prospects from across Major League Baseball, giving fans an early look at future stars. Baseball writers are covering roster storylines and standout performances as games get underway.

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    Agrivoltaics lets crops and solar power share farmland●Using solar energy to let crops and electricity share the same landβœ‰newsEnvironmentEnergy1 d ago

    Agrivoltaic systems are gaining attention as a way to generate solar electricity on the same plots of land used for growing crops. Panels mounted above fields provide shade that can reduce water evaporation and heat stress, while farmers earn revenue from power generation. Supporters say the dual-use approach eases competition for land as renewable energy expands, though questions remain over which crops benefit most and how installation costs compare with conventional farming.

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    Solar Physicist Juie Shetye Featured Among Influential Womenβ–ΌInfluential Women Features Juie Shetye, PhD: Connecting Solar Physics And AI Research At New Mexico State Universityβœ‰newsSciencePhysics4 d ago

    Juie Shetye, PhD, a researcher at New Mexico State University, has been profiled in the Influential Women series for her work bridging solar physics and artificial intelligence research. The feature highlights her career studying the Sun and her efforts to connect heliophysics with modern AI methods, drawing attention to women scientists working across two fast-moving fields.

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    Elevated solar array goes live over German blueberry fieldβ–ΌNearly 12,000 solar panels raised 10 to 13 feet over a blueberry field went live in eastern Germany, set high enough for farm machinery to pass underneath, and before the first post went in, ordnance crews pulled hand grenades out of the soil the bushes nowβœ‰newsEnvironmentEnergy5 d ago

    Nearly 12,000 solar panels have gone live over a blueberry field in eastern Germany, mounted 10 to 13 feet above the crops so farm machinery can pass underneath. Before construction began, ordnance crews removed hand grenades from the soil, a reminder of the region's wartime past. The project combines agriculture with power generation, a dual-use model gaining attention as Germany expands renewable energy on farmland.

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    Harvard team detects first magnetic field signal from exoplanet Beta Pictoris bβ–ΌHarvard-led team detects first magnetic field signal from exoplanet Beta Pictoris bβœ‰newsSciencePhysics5 d ago

    A Harvard-led research team has reported the first detection of a magnetic field signal from the exoplanet Beta Pictoris b, a giant planet orbiting the young star Beta Pictoris. The finding, described by DongA Science, would mark the first time astronomers have measured magnetic fields around a planet outside the solar system, offering new insight into the interior structure and formation of young giant planets.

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    Solar Orbiter records largest solar prominence eruption ever captured●On February 15, 2022, the ESA/NASA Solar Orbiter captured the largest solar prominence eruption ever recorded in a singlMmastodonScienceSpace24 d ago

    On February 15, 2022, the ESA/NASA Solar Orbiter captured the largest solar prominence eruption ever recorded in a single field of view, using its Full High Resolution Imager. The eruption involved a massive structure of hot gas, held in place by complex magnetic fields, extending millions of kilometres from the Sun, offering a dramatic view of extreme solar activity.

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    Solar Fields trance remix spins on Joint Radio●Now playing on 🎧 Joint Radio Beat Trance: 🎡 Solar Fields - Overload (DJ Anti & Solar Fields remix) The energy on this trMmastodonCultureMusic03 d ago

    The electronic music station Joint Radio Beat Trance is currently playing Solar Fields' 'Overload' in its DJ Anti and Solar Fields remix version. The station describes the track's energy as exceptional and is inviting listeners to tune in live, promoting genres including trance, progressive trance, Goa and psytrance to its audience.

  25. 25
    Global Concentrated Solar Power Tower Market Report Releasedβ–ΌWorld Concentrated Solar Power Towers - Market Analysis, Forecast, Size, Trends and Insightsβœ‰newsEnvironmentEnergy3 d ago

    A new market analysis of concentrated solar power tower technology worldwide has been published, covering market size, current trends and forecasts. The report examines the outlook for CSP towers, a renewable energy technology that uses fields of mirrors to focus sunlight on a central tower to generate electricity, as interest in solar and other clean energy sources continues to grow.

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    G2 Moderate Geomagnetic Storm Watch Issued for October 9●G2 (Moderate) Geomagnetic Storm Watch for 09 Octβœ‰newsEnvironmentWeather3 d ago

    The NOAA Space Weather Prediction Center has issued a G2 (moderate) geomagnetic storm watch for October 9. A watch at this level means enhanced solar activity could disturb Earth's magnetic field, with the potential for aurora visible farther from the poles than usual and minor effects on satellites, radio communications and power grids. Space weather watchers are monitoring conditions ahead of the date.

  27. 27
    Dutch solar farms host more wildlife than nearby grasslandsβ–ΌCamera traps across Dutch solar fields recorded more hares and hedgehogs than nearby grasslandsβœ‰newsEnvironmentEnergy5 d ago

    Camera traps placed across solar fields in the Netherlands recorded more hares and hedgehogs than in neighbouring grasslands, suggesting the fenced energy sites can double as wildlife habitat. The findings add to debate over whether solar parks can support biodiversity while generating renewable power.

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    Radio waves detected from a planet beyond the Solar System for the first timeβ–ΌA planet beyond our Solar System sends an unprecedented signal: its radio waves detected for the first timeβœ‰newsEnvironmentEnergy5 d ago

    Astronomers report the first detection of radio waves coming from a planet outside our Solar System. The signal, described as unprecedented, marks a new way of studying exoplanets, since until now they were observed mainly through light-based methods such as transits and radial velocity. Researchers hope radio observations will reveal details about exoplanets' magnetic fields and atmospheres.

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    Astronomer creates animated videos of exoplanet orbits●Not that long ago, we couldn't be sure there were exoplanets. Since then, we've found thousands of them -- and now thisMmastodonScienceSpace35 d ago

    Scientists have gone from debating whether planets exist outside our solar system to confirming thousands of them. Now astrophysicist Jason Wang has created animated, extrapolated visualisations of several exoplanet systems orbiting their stars, published on his website and highlighted by Hackaday. Space enthusiasts are sharing the videos, marvelling at how quickly the field has progressed and at the chance to actually see distant worlds in motion.

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    New Jersey teacher's sheep became solar field mowers in 2013β–ΌIn 2013, a New Jersey teacher saw workers mowing a solar field near home and asked to bring in her sheep;βœ‰newsEnvironmentEnergy5 d ago

    In 2013, a New Jersey teacher noticed workers mowing the solar field near her home and asked if she could bring in her sheep to graze instead. Her idea turned into a solar grazing arrangement, an approach now widely discussed as a low-cost, eco-friendly alternative to mechanical mowing at solar sites.

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    Startup to Test Laser-Based Sunlight Transmission for Satellite Power●Startup plans orbital test of laser-based sunlight transmission for satellite powerβœ‰newsBusinessStartups4 d ago

    A startup is planning an orbital demonstration of technology that uses lasers to transmit sunlight as power to satellites. The concept aims to let spacecraft draw energy from lasers rather than relying only on solar panels or onboard batteries, potentially extending mission life and reducing mass. Details about the company, timeline and funding remain limited, but the announcement has drawn interest as space-based power transmission moves closer to real-world testing.

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    Smile spacecraft captures auroras glowing in daylightβ–ΌAuroras appear in broad daylight in Smile spacecraft's eerie first images of Earth β€” Space photo of the weekβœ‰newsScience5 d ago

    The European Space Agency's Smile spacecraft has returned its first images of Earth, showing auroras visible even in broad daylight. The eerie early pictures, featured as a space photo of the week, offer a first look at the mission's ability to monitor the solar wind's interaction with Earth's magnetic field, and researchers are highlighting the unusual daytime aurora views.

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    Tin Oxide Layer Boosts Perovskite Solar Cells Only When Placed Beneathβ–ΌLayer Order Surprise: Atomic-Deposited Tin Oxide Boosts Perovskite Solar Cells Only When Hiddenβœ‰newsEnvironmentEnergy6 d ago

    Researchers report that tin oxide deposited by atomic layer deposition improves perovskite solar cell performance, but only when the layer sits underneath the perovskite absorber rather than on top. The finding on layer order offers a practical guidance for cell architecture design, and is drawing attention in the solar energy field as perovskite technology moves closer to commercial deployment.