Physics

171 articles with this tag

How Scientists Predict Volcanic Eruptions Science

How Scientists Predict Volcanic Eruptions

From seismometers to satellite radar, volcanologists combine multiple monitoring tools to forecast eruptions days or even hours in advance—saving thou...

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How Quantum Batteries Work—and Why They Matter Science

How Quantum Batteries Work—and Why They Matter

Quantum batteries use superposition and entanglement to store energy, charging faster as they grow larger. A 2026 Australian prototype proved the conc...

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What Are Jellyfish Galaxies and How Do They Form? Science

What Are Jellyfish Galaxies and How Do They Form?

Jellyfish galaxies trail long tentacles of gas and newborn stars as they hurtle through galaxy clusters. Here is how ram-pressure stripping creates th...

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What Is Quantum Advantage and How Does It Work? Technology

What Is Quantum Advantage and How Does It Work?

Quantum advantage is the point where quantum computers solve useful problems faster or more cheaply than any classical machine. Here is how it works,...

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How Comets Break Apart—and What Scientists Learn Science

How Comets Break Apart—and What Scientists Learn

Comets are fragile relics of the early solar system. When they fragment, scientists gain rare access to pristine material billions of years old, revea...

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How Friction Works—and Why It Still Puzzles Scientists Science

How Friction Works—and Why It Still Puzzles Scientists

Friction governs nearly every physical interaction on Earth, yet scientists still struggle to fully explain it. From Leonardo da Vinci's first sketche...

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How Uranium Enrichment Works—and Why It Matters Science

How Uranium Enrichment Works—and Why It Matters

Uranium enrichment is the process of increasing the concentration of uranium-235 in natural uranium using gas centrifuges, enabling both nuclear power...

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How Scientists Read Exoplanet Atmospheres From Light Science

How Scientists Read Exoplanet Atmospheres From Light

Transit spectroscopy lets astronomers decode the chemical makeup of distant worlds by analyzing starlight filtered through their atmospheres — a techn...

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What Are Nucleobases and How Do They Form in Space? Science

What Are Nucleobases and How Do They Form in Space?

Nucleobases are the five molecular 'letters' that encode all life on Earth. Scientists have now found all five in pristine asteroid samples, reshaping...

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What Are Magma Ocean Planets and Why They Matter Science

What Are Magma Ocean Planets and Why They Matter

Magma ocean planets are rocky worlds covered in vast seas of molten rock. Once a phase every rocky planet passed through, these extreme worlds are now...

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What Are the Magellanic Clouds and Why They Matter Science

What Are the Magellanic Clouds and Why They Matter

The Magellanic Clouds are two dwarf galaxies orbiting the Milky Way that serve as vital laboratories for astronomy, dark matter research, and understa...

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Younger Dryas: Volcanoes, Not a Comet, to Blame, Study Finds Science

Younger Dryas: Volcanoes, Not a Comet, to Blame, Study Finds

A study published in PLOS One demonstrates that a 12,800-year-old platinum spike in Greenland ice cores originated from Icelandic volcanic eruptions,...

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