Tag: Valter Binotto

  • Photographer Captures Rare Double Sky Phenomena Simultaneously

    Photographer Captures Rare Double Sky Phenomena Simultaneously

    Key Takeaways

    1. Valter Binotto captured a rare photograph of two lightning phenomena, an elve and a red sprite, on November 26, 2025.
    2. Elves appear as red rings and can expand up to 480 kilometers in diameter, caused by lightning strikes generating electromagnetic pulses.
    3. Sprites resemble jellyfish and occur between 80 and 145 kilometers above the Earth, with their formation still not fully understood.
    4. The simultaneous occurrence of both phenomena in one image is extremely rare and makes the photo unique.
    5. This photograph may help scientists learn more about these mysterious atmospheric events.


    The sky can often surprise us with its beauty. It might gift us with stunning meteor showers or comets that linger for days. Last month, a photographer who previously captured extraordinary events, succeeded in snapping a picture of two of the rarest lightning phenomena on our planet in one frame.

    A Unique Capture

    Valter Binotto was the one to reveal this remarkable image. On the night of November 26, 2025, he captured two transient luminous events, known as an elve and a red sprite, occurring simultaneously above the Alps. This rare coincidence makes the photograph even more special.

    Understanding the Phenomena

    These two astonishing occurrences are quite infrequent. They last only a few milliseconds, which makes them nearly impossible to photograph. In the image, the elve appears as a red ring that can expand up to 480 kilometers in diameter. This phenomenon occurs when a lightning strike generates an electromagnetic pulse that travels upward into the ionosphere.

    Sprites are equally rare and remain a mystery to many. They resemble jellyfish floating above thunderstorms and typically form at altitudes between 80 and 145 kilometers above the Earth. Scientists find these phenomena fascinating, as their exact formation process is still not fully understood.

    Valter’s Insights

    Speaking about the photo, Valter Binotto shared with Space.com:

    “It’s one of the most surprising and exciting photos I’ve ever taken. Elves are already very rare, and to see them both at once is even rarer. I doubt there are any similar photographs that exist today.”

    In conclusion, this stunning photo may assist scientists in unraveling the secrets behind these phenomena, even though many questions continue to linger.

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  • Photographer Sees Rare Giant Red Halo Over Italian Alps

    Photographer Sees Rare Giant Red Halo Over Italian Alps

    Key Takeaways

    1. A stunning red halo was photographed over the Italian Alps by Valter Binotto on November 17, 2025.
    2. The red halo is a natural phenomenon known as a transient luminous event (ELVE).
    3. ELVEs occur due to strong lightning strikes creating an electromagnetic pulse in the ionosphere.
    4. The specific halo in Binotto’s photo resulted from an intense negative lightning strike.
    5. Binotto captured this moment using a Sony A7S camera from 300 km away, and he previously photographed a similar event in 2023.


    The sky is full of surprises and wonder. Each year, events like comets and asteroids give us spectacular views. Recently, a photographer took a stunning picture of a red halo appearing over the Italian Alps.

    A Rare Capture
    This remarkable image was snapped by Valter Binotto on the night of November 17, 2025. The most striking feature of this photo is the enormous red halo. Before jumping to conclusions about its origin, it’s key to understand that this is a completely natural event. It is known as a transient luminous event, or ELVE.

    Understanding the Phenomenon
    NOAA explains that this event occurs due to strong lightning strikes that produce an electromagnetic pulse in the ionosphere. Valter Binotto mentioned that the red halo in his photo was a result of a very intense negative lightning strike, which happened as the electromagnetic pulse interacted with that layer of the atmosphere.

    A Moment Captured
    Using his Sony A7S camera equipped with a 20 mm f/1.8 lens, Binotto was situated 300 km away from the thunderstorm when he captured this fleeting moment, lasting only a millisecond. This isn’t the first time he has caught such a phenomenon; he photographed a similar red halo under comparable conditions in 2023.

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