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Year: 2023

Clowns Hanging from a Tree

posted Oct 9, 2023 by Tom Fasano

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Here’s a tree adorned with unsettling clown decorations. The prominent clown face has exaggerated features, including wide eyes, a broad smile, and a pointed hat. It’s draped in tattered red fabric that flutters amongst the tree’s branches. In the background, another similar clown decoration can be seen. The tree stands in a garden area dotted with vibrant flowers, predominantly yellow and orange. The juxtaposition of the eerie clown decorations against the serene garden setting creates a stark contrast, suggesting a possible festive or Halloween-themed decoration.

My Most Popular Film Photograph: Help Wanted

posted Oct 6, 2023 by Tom Fasano

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So far, it’s my most popular photo on Lomography.
 
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Monster on My Back

posted Oct 3, 2023 by Tom Fasano

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The image captures a close-up of a man’s face, focusing primarily on his left eye which is accentuated by a pair of black-framed glasses. He wears a gray cap and has earphones plugged in. The man’s skin is lightly freckled, and there’s a hint of a smile or smirk playing on his lips. However, the scene behind him offers a stark contrast. Looming over his shoulder is a menacing creature with skeletal features, red glowing eyes, and sharp, predatory teeth. The creature appears to have wings or appendages, which look somewhat bat-like. Its detailed, ghastly appearance is further accentuated by the backdrop of a white brick house surrounded by greenery. The juxtaposition of the calm, almost playful demeanor of the man against the haunting creature creates a captivating and slightly eerie visual.

Ginkgo Tree Turning Colors

posted Sep 30, 2023 by Tom Fasano

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Yesterday I spotted this little ginkgo tree turning yellow — pretty early in the season. December is our autumn here in Southern California, the time when the leaves turn. It’s rare to see any color at all in September.

How High-Energy Electrons Could Create Water on the Moon

posted Sep 15, 2023 by Tom Fasano

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Ever wondered how water gets on the Moon? You might think it’s all about the solar wind, which is famous for showering celestial bodies with hydrogen ions that help form water. But an intriguing new study published in Nature Astronomy suggests there’s more to the story. The research explores how high-energy electrons in Earth’s magnetotail might also be a key player in the lunar water cycle.

During the Moon’s orbit, its nearside spends a significant chunk of time—around 27% of its daylight hours—within Earth’s magnetotail. This is a region where the solar wind is significantly reduced, yet interestingly, the lunar water content doesn’t seem to drop as you might expect. The study found that water levels actually increase in certain areas of the Moon as it passes through different parts of the magnetotail. This suggests that high-energy electrons in the plasma sheet might have a role in forming lunar water, challenging our previous assumptions about solar wind being the sole contributor.

This discovery adds a new layer to our understanding of the Moon’s water formation processes. It paints a more complex picture where the Moon, Earth, and Sun are all entwined in a cosmic dance that affects lunar water reserves. If you’re as fascinated by this as I am, you might want to delve deeper into the nuances of these findings. To do so, check out the full article on Nature’s website for an in-depth read.

Curiosity piqued? Read the full article to discover more about this celestial mystery and what it means for our understanding of lunar science.