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    Astronomers detect first direct radio signal from exoplanet▼Reseachers detect a direct radio signal from planet beyond solar system for the first time✉newsEnvironmentEnergy3 min ago

    Researchers have detected a direct radio signal from a planet outside the solar system for the first time. The detection, reported by media outlets, marks a milestone in the search for planets around other stars, as radio emissions from exoplanets had previously only been theorized. Scientists say such signals could offer a new way to study magnetic fields and habitability of distant worlds.

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    Harvard Scientists Detect Radio Signal From Exoplanet▼Harvard Scientists Detect Radio Signal Coming Directly From Planet Outside the Solar System✉newsEnvironmentEnergy3 min ago

    Researchers at Harvard report detecting a radio signal coming directly from a planet outside our solar system. The finding, covered by Futurism, is drawing attention because radio emissions from an exoplanet could indicate a magnetic field or, more speculatively, a technological source. Scientists caution that natural processes are the more likely explanation, and further observations will be needed to confirm the signal's origin.

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    Philadelphia-area schools turn to solar power to cut utility costs▼Philadelphia-area schools are tapping the sun’s energy and saving money on utilities✉newsEnvironmentEnergy3 min ago

    Schools in the Philadelphia area are installing solar energy systems to reduce their utility bills. By tapping the sun's energy, districts aim to lower operating costs and free up funds for classrooms. The move reflects a broader trend of public institutions adopting renewable energy to manage budgets and sustainability goals.

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    Kubota unveils agrivoltaic system combining rice farming with solar power●Kubota agrivoltaic system allows rice farming and combine harvesting beneath elevated solar panels✉newsEnvironmentEnergy1 h ago

    Kubota has introduced an agrivoltaic system that lets farmers grow rice and harvest it with standard combines beneath elevated solar panels. The setup raises photovoltaic arrays high enough for machinery to work underneath, letting the same land produce both food and electricity. Coverage in energy media is highlighting it as a practical answer to land-use conflicts between agriculture and renewable energy expansion.