Hannah Flores

@hannahflo_666ba

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Auroras from last night were so bright over Tromsø, Norway, even snow turned green. ❄️ Fueled by the recent solar storm, charged particles poured into the upper atmosphere and ignited an unusually bright display that turned the Arctic night into a vivid, surreal scene. A powerful reminder of how space weather can transform the world below. ✨

Earth is currently going through its most active space-weather phases in more than two decades Northern lights are currently engulfing most of Europe and United States. Tonight you can witness auroras in all its glory. Go out and enjoy!

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$Cover for 93 million miles away, a star emits light. ☀️ That light travels through the vacuum of space, hits our atmosphere, refracts through clouds, and bounces off the ocean to create a perfect alignment. Moments like this remind us that we don't just live on a planet; we live in a dynamic, optical laboratory.$

93 million miles away, a star emits light. ☀️ That light travels through the vacuum of space, hits our atmosphere, refracts through clouds, and bounces off the ocean to create a perfect alignment. Moments like this remind us that we don't just live on a planet; we live in a dynamic, optical laboratory.

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Insane Auroras recorded over Stonehenge on the 3rd consecutive day, after a major solar storm hit Earth. Even tonight there's hight chance of witnessing vivid northern lights over most of US states and parts of Europe.

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$Cover for Chaos and order in a single frame. ️ This is what happens when a massive rain shaft acts as a giant prism. As the sunlight hits the dense column of falling water at the perfect angle, it refracts and scatters, turning a localized storm into a towering spectrum of light. Physics is beautiful.$

Chaos and order in a single frame. ️ This is what happens when a massive rain shaft acts as a giant prism. As the sunlight hits the dense column of falling water at the perfect angle, it refracts and scatters, turning a localized storm into a towering spectrum of light. Physics is beautiful.

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We’ve all seen a double rainbow, but have you ever seen the sky do this? The crisscrossing arcs are caused by the sun reflecting off the water, sending light upwards into the rain. It effectively creates two light sources—the sun itself, and its reflection—resulting in this stunning optical lattice. ☀️

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This weekend, Canada will be the coldest place on Earth with temperatures reaching as low as -55°C (-67°F).

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$Cover for "This can't be real." That was our exact reaction too! Believe it or not, this is 100% Mother Nature showing off. ✨ This stunning phenomenon is called a Pileus Cloud displaying Cloud Iridescence. It happens when sunlight diffracts through tiny, uniformly sized water droplets or ice crystals in the cloud, separating the light into these incredible spectral colors. It’s essentially a rainbow smashing into a cloud! ☁️$

"This can't be real." That was our exact reaction too! Believe it or not, this is 100% Mother Nature showing off. ✨ This stunning phenomenon is called a Pileus Cloud displaying Cloud Iridescence. It happens when sunlight diffracts through tiny, uniformly sized water droplets or ice crystals in the cloud, separating the light into these incredible spectral colors. It’s essentially a rainbow smashing into a cloud! ☁️

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Its so cold in Canada right now that the trees are exploding While the trees don't actually detonate, extreme cold can cause them to violently split apart in a way that sounds—and sometimes looks—like an explosion. The Science of the Split: The process starts inside the tree trunk where sap flows through the wood rings. When temperatures drop rapidly, this fluid doesn't just get cold; it freezes. Because sap is largely water, it expands as it turns to ice. Confined within the rigid structure of

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Tallest trees known to humans Sequoia National Park in California

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