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Unveiling the Mystery of Will-o’-the-Wisps: The Science Behind the Lights

‘Microlightning’ may spark glowing will-o’-the-wisps, study finds | CNN 🔗

Flashes of microlightning between microscopic bubbles of methane in water may ignite the eerie blue flames of will-o’-the wisps, new research suggests.

New research provides a scientific explanation for the mysterious phenomenon of will-o’-the-wisps, traditionally thought to be ghostly lights. Scientists suggest that these flickering blue flames, often seen over marshes, are created by "microlightning" that occurs between tiny, electrically charged bubbles of methane. When these bubbles react with oxygen, they produce a blue-violet glow. The study, led by Dr. Richard Zare, utilized high-speed cameras to capture the microlightning process, challenging previous myths about the lights' origins. While the research shows promise for understanding and utilizing microlightning, further studies are needed to see if the phenomenon can occur in natural swamp conditions and how it might be applied in chemical processes to reduce greenhouse gas emissions.

What causes will-o’-the-wisps?

Will-o’-the-wisps are caused by microlightning igniting methane bubbles in marshy areas, producing a blue-violet glow.

How does microlightning work?

Microlightning occurs when charged bubbles of methane come together, generating sparks that cause chemical reactions and produce light.

Can microlightning be used in chemical processes?

Yes, harnessing microlightning may lead to more sustainable chemical reactions, including those that could help reduce atmospheric methane levels.

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