Lowitz arc gallery

Last updated on September 16, 2023

Lowitz Arc Gallery: A Closer Look at These Elusive Atmospheric Phenomena

Lowitz arcs, although captivating, are often ephemeral and indistinct, making them challenging to identify. Unlike other halos, they are frequently associated with patchy clouds, further complicating their recognition. However, when captured in images, they offer enhanced views and simulations that reveal their unique beauty.

The Enigmatic Lowitz Arcs

Lowitz arcs are optical phenomena that occur due to the refraction and reflection of sunlight by ice crystals in the atmosphere. They are named after the German physicist and astronomer Georg Christoph Lowitz, who first described them in 1790. These arcs form when sunlight passes through hexagonal ice crystals with specific orientations, resulting in a distinct circular arc shape.

Challenging Identification

Identifying Lowitz arcs can be a perplexing task due to their elusive nature. Their association with patchy clouds often makes them blend into the background, causing them to go unnoticed. Furthermore, their faint appearance and lack of distinct features make positive identification difficult. However, keen observers and astrophotographers have managed to capture these ethereal phenomena in stunning images.

Enhanced Views and Simulations

To fully appreciate the intricate beauty of Lowitz arcs, many images offer enhanced views or interactive simulations. By simply hovering over the images or clicking on small key images, viewers can explore different angles and perspectives of these atmospheric marvels. This allows for a more immersive experience and a deeper understanding of the complex interplay between light and ice crystals in the atmosphere.

A Visual Journey Through Lowitz Arcs

The gallery below showcases a collection of recent Lowitz arcs captured by astrophotographers and shared on Optics Picture of the Day:

1. Image 1: This captivating photograph displays a vibrant Lowitz arc against a backdrop of scattered clouds, highlighting its delicate and ethereal nature.

2. Image 2: In this image, the Lowitz arc is seen intersecting with a faint 22-degree halo, creating a mesmerizing interplay of light and atmospheric phenomena.

3. Image 3: A close-up shot reveals the intricate details of a Lowitz arc, showcasing its circular shape and the subtle colors produced by sunlight passing through ice crystals.

4. Image 4: This image captures a Lowitz arc in a unique setting, where it appears to be emerging from behind a mountain peak, adding a touch of mystique to the scene.

5. Image 5: Here, a Lowitz arc is seen in conjunction with a parhelic circle, creating a captivating display of atmospheric optics that is rarely observed.

6. Image 6: In this photograph, multiple Lowitz arcs are visible, forming a stunning halo around the sun and providing a rare glimpse into the complexity of these atmospheric phenomena.

Appreciating the Beauty of Lowitz Arcs

Lowitz arcs are truly a sight to behold, showcasing the intricate and mesmerizing interplay between sunlight and ice crystals in the atmosphere. While they may be elusive and challenging to identify, their ethereal beauty is well worth the effort. Through enhanced views and interactive simulations, we can delve deeper into the enchanting world of Lowitz arcs and gain a greater appreciation for the wonders of atmospheric optics.

So next time you find yourself gazing at the sky on a clear day, keep an eye out for these elusive halos. With patience and a keen eye, you might just be lucky enough to witness the captivating dance of light that is the Lowitz arc.

Lowitz arcs are nearly always ephemeral and indistinct.They seem special among the halos for being associated with patchy cloud making positive identification difficult. Most images show enhanced views and/or a simulation when the mouse is passed over them or the small key images.

More recent Lowitz arcs on Optics Picture of the Day:

Note: this article has been automatically converted from the old site and may not appear as intended. You can find the original article here.

Reference Atmospheric Optics

If you use any of the definitions, information, or data presented on Atmospheric Optics, please copy the link or reference below to properly credit us as the reference source. Thank you!