August 16, 2023

MyFlyingEyes: Photography and Aerial Filmmaking

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MyFlyingEyes: Photography and Aerial Filmmaking

Discover MyFlyingEyes: Aerial Artistry By Dany Tomas

Dany’s portfolio is a treasure trove of visual delights, spanning from captivating night photography that reveals the celestial beauty of stars and landscapes to impressive aerial films. Each piece of his work is a testament to his profound skill and expertise in the visual arts, bearing the distinctive artistic touch that is distinctly MyFlyingEyes.


The Visual Tapestry: MyFlyingEyes’ Portfolio

What truly sets MyFlyingEyes apart is Dany’s ability to unveil the world from above, courtesy of drone technology. This distinctive viewpoint breathes new life into natural landscapes and architectural wonders alike. Whether it’s rolling hills or iconic landmarks, his aerial perspective presents the world in a fresh and enchanting light.

Capturing The World From Above: MyFlyingEyes’ Drone Magic

A noteworthy aspect of Dany’s work is his mastery in capturing light in dark environments, infusing his creations with an element of wonder. His ability to illuminate the darkest moments adds depth and magic to his art.


Illuminating The Dark: Dany Tomas’ Mastery Of Light

In summary, MyFlyingEyes’ art is genuinely captivating, showcasing Dany’s mastery of the craft and his unique artistic vision. His website offers a compelling journey into the realms of aerial filmmaking and night photography.


The Galleta Meadows Night Photography Series

Among Dany’s impressive portfolio, his night photography, particularly the shots of the Galleta Meadows Estate Statues in Borrego Springs, stand out. These images showcase the power of visual storytelling, immersing viewers in an enthralling world of artistry.


His photographs capture the beauty of starlit skies and the unique features of landscapes, blending light and darkness in mesmerizing ways. These images are simultaneously haunting and beautiful, revealing our world’s profound depth and beauty.



In a world that can sometimes feel overwhelming, Dany’s work serves as a reminder of the enduring beauty that surrounds us. MyFlyingEyes celebrates the natural world and the profound impact of visual storytelling.


Unleash Your Creativity With This Night Photography & Light Painting Course

If you’re an aspiring photographer seeking to elevate your skills, consider exploring MyFlyingEyes’ Night Photography & Light Painting Course—a comprehensive guide to capturing stunning images of the Milky Way and more.


Buy MyFlyingEyes Work

If you want to own a piece of Dany’s work, you can purchase prints of his stunning photography by visiting his shop at www.myflyingeyes.net or by contacting him directly at myflyingeyes@gmail.com.


June 14, 2026
June 2026 Skywatching Highlights
By Dennis Mammana June 9, 2026
By Dennis Mammana Week of June 14-20, 2026  The universe is a colorful place, but stargazers are often frustrated when they cannot see the glorious colors that appear in celestial photographs. These are all quite real, so why are we unable to see them? One reason is that the color receptors of the human eye (the cones) don't respond well under faint light. They need a significant amount of energy falling on them to become active. You can prove this to yourself by trying to see colors around you in a dark movie theater. Sure, those on the screen are vibrant — that's some pretty bright light hitting your eyes — but colors throughout the dim theater appear completely muted. The second reason that astronomical photographs show beautiful colors is that camera detectors are not affected by human physiology. They can "see" colors from even the faintest of light. This is important because these colors tell us a lot about the physical and chemical properties of celestial objects. This doesn't mean you can't see color in the night sky; it just means that you'll need to find bright stars to improve your chances. One of the brightest shines high in the eastern sky after dark this week: Arcturus. Follow the handle of the Big Dipper away from its bowl, and you'll soon encounter this star. If you have good color vision, you may notice that Arcturus shines with a yellow-orange light that indicates a temperature of about 7,200 F. Now look lower toward the northeastern sky. There you'll find Vega, a nearly white star that burns considerably hotter than Arcturus — about 17,000 F. Very low in the southeast after dark, you'll find a star even more orange than Arcturus. This is Antares, the brightest in the constellation of Scorpius, glowing with a temperature of "only" 6,100 F. Aim binoculars or a small telescope toward these stars, and their colors will appear to pop. This is because the optics gather much more light than your eyes, and this helps to stimulate your color receptors. Now if you'd like to see an intensely red star, you'll need to cast your gaze high overhead. Here you'll find a star that astronomers know as Y Canum Venaticorum. Most stargazers just call it La Superba (the magnificent), so named by the mid-19th century astronomer Father Angelo Secchi. To locate it, you'll need to start at the Big Dipper; just above it appear the two most prominent stars of Canes Venatici, the hunting dogs. About two-thirds of the way between the bend of the Dipper's handle (Mizar) and the westernmost star of Canes Venatici (Chara) lies a very faint star — one you may not be able to spot with your eyes alone from near the lights of a city. What makes this star unique is that it's what astronomers call a carbon star, one of the few visible to the unaided eye. Yes, it's a giant star like Arcturus, and it's also nearing its death, but, unlike "normal" such aging stars, La Superba has accumulated more carbon compounds in its outer atmosphere. Find this faint star and aim binoculars or a small telescope toward it. I promise you'll be delighted by what you see. Visit Dennis Mammana at dennismammana.com. To read features by other Creators Syndicate writers and cartoonists, visit the Creators Syndicate website at www.creators.com. Learn More About Borrego Springs
By Dennis Mammana June 2, 2026
By Dennis Mammana Week of June 7-13, 2026 During one of my recent night sky tours, an elderly guest gazed into the sky and asked if the stars ever move. He said the constellations look the same now as when he was a child, and he was convinced that nothing in the heavens ever changes. It was an excellent observation but one that didn't consider an important fact: Human time scales are considerably different than cosmic time scales. Even the healthiest of humans will live at most about a century, and during our lives, we measure time in seconds, minutes, hours, days, weeks, months, years and decades. The cosmos, on the other hand, has been around for nearly 14 billion years, and everything takes much longer to occur. To recognize changes in the universe, astronomers must think on a more cosmic scale. When we do, we find that the universe is remarkably active. Stars are forming, consuming their nuclear fuel, and dying, and all are racing through our galaxy at tremendous speeds. Expecting to see changes in any star's appearance or the shapes of constellations over even a full human lifespan just isn't possible. To understand this, consider Barnard's Star, visible only through a telescope from the Earth's Southern Hemisphere. This star tears through our galaxy at a speed of some 88 miles per second, yet from our terrestrial vantage point six lightyears away, Barnard's Star requires three and a half centuries to cross a segment of the sky only the width of your outstretched little finger. Of course, we can't watch this movement with our eyes — or even through powerful telescopes — but by using sophisticated earthbound and satellite technology, astronomers can precisely measure these stellar speeds and directions of motion. Measure the speeds and directions of enough stars, and we find some interesting patterns. For example, stars that appear roughly in the direction of the summer star Vega (now shining low in the northeastern sky after dark) seem to be spreading out from a central point, while those on the opposite side of the sky (near Sirius, setting in the southwest around sunset) appear to be converging on one another. What this means is fascinating. Our sun's own motion is carrying it (along with the planets of our solar system) toward the stars near Vega — a point we know as the solar apex — and away from those near Sirius (known as the solar antapex). This phenomenon isn't difficult to visualize. Imagine you're driving along a highway from one city to another. The buildings in front of you appear to become more widely separated as you approach, while those behind you appear to converge more tightly. This is exactly what's happening in our section of the galaxy. Our sun is moving at some 12 miles per second toward a point in our sky not far from the bright star Vega. Of course, we can't see this movement, but it's fun to stand outdoors on a clear night and imagine our sun and Earth racing outward toward Vega. Now, if you're worried about a collision with this star ... well, fuhgetaboutit. Even at this remarkable speed, we'd need some 5,300 human lifetimes to get there! Visit Dennis Mammana at dennismammana.com. To read features by other Creators Syndicate writers and cartoonists, visit the Creators Syndicate website at www.creators.com. Learn More About Borrego Springs
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