This article explores the captivating world of atmospheric optics in Norfolk, England, where sundogs, pillars, and glitter paths create breathtaking displays of light and color through the interaction of sunlight with ice crystals in the atmosphere. It delves into the science behind these mesmerizing phenomena and highlights the beauty and complexity of nature.
This article explores the fascinating world of coronae around the Moon and Venus, discussing the role of different types of atmospheric crystals in their formation and the variability of these optical phenomena. It highlights the beauty and complexity of these celestial spectacles and encourages skywatchers to keep their eyes to the sky to witness these awe-inspiring displays.
Experience the captivating Glory phenomenon in Kerry, Ireland, where sunlight interacts with water droplets to create stunning rings of color around your shadow. Witness the ethereal beauty of this atmospheric spectacle amidst the majestic McGillycuddy's Reeks mountain range, providing an unforgettable encounter with nature's magnificence.
This article explores the phenomenon of anticrepuscular rays, parallel beams of light that converge towards the antisolar point in the sky. It discusses their formation, visibility, and the optimal conditions for observing these captivating rays.
This article explores the characteristics and formation of the Circumzenithal Arc, a rare atmospheric optical phenomenon that appeared in Johnston, Iowa in 2001. It delves into the vibrant colors and distinct shape of the arc, as well as provides tips for viewing this enchanting display.
This article explores the rare high sun halos observed in Laredo, Texas in 2014, showcasing stunning images and delving into the intricacies and possible explanations behind these extraordinary atmospheric phenomena. Researchers have proposed various explanations involving different types of ice crystals, but some aspects of the phenomenon remain open to interpretation.
Night Shining Clouds, also known as Noctilucent clouds (NLCs), are a captivating atmospheric phenomenon that occurs at Earth's highest altitudes, appearing as shimmering silver-blue structures against the dark night sky. Their unique composition and interaction with sunlight contribute to their distinct characteristics, and researchers are actively studying NLCs to unravel the complexities of their formation and potential connection to climate change.
This article explores the beauty and techniques of capturing 3rd and 4th order rainbows in the Czech Republic, showcasing their vibrant colors against a backdrop of dark clouds. It emphasizes the importance of actively seeking out these elusive bows and utilizing image processing methods to enhance their visibility and clarity.
The article explores the mesmerizing corona Australis, a stunning atmospheric optics phenomenon observed in the skies above Australia. Through the process of diffraction by individual cloud droplets, a circular halo of vibrant colors is formed around the sun or moon, creating a captivating visual spectacle.
This article explores the fascinating world of atmospheric optics, delving into the details of disks, holes, and their connection to Mars. It unveils the mysteries of the lunar halo and reveals the role of ice crystals in creating captivating optical phenomena.
The article discusses the discovery of new halos in the sky above Rovaniemi, Finland, captured by halo expert Marko Riikonen. These subhorizon halos, visible against the night sky, have opened up new avenues for analysis and exploration in the field of atmospheric optics.
This article explores the enigmatic atmospheric phenomenon known as the "Mystery Pillar," which was discovered by photographer Marko Mikkilä. Experts in atmospheric optics were puzzled by the unique nature of this pillar, and through simulations and observations, it is believed to be a result of backscattering from oriented hexagonal plate crystals.
This article explores the captivating phenomenon of divergent light pillars and halos in Sollefteå, Sweden, showcasing the unique trumpet shape and horizontal streaks created by diamond dust crystals and plate crystals in the atmosphere. It delves into the scientific processes behind these optical phenomena and highlights the magical beauty and natural artistry of atmospheric optics.
This article explores the mesmerizing world of sun and moon halos, delving into their origins, characteristics, and the unique spectacle they create in Samos, Greece. Through stunning images, it showcases the symmetrical nature of these halos and invites readers to embrace the wonder of nature's optical phenomena.
This article explores the mesmerizing beauty of reflection rainbows, discussing their unique form and the combination of reflection and primary bows. It showcases a captivating photograph taken by Günther Konnen, highlighting the intricate details and complexity of this atmospheric phenomenon.
This article explores the fascinating connection between fogbows, rainbows, and polarization, delving into the role of polarization in shaping these captivating atmospheric optical phenomena. It also discusses the effects of polarizing filters and the shifting positions of supernumeraries within fogbows.
This article explores the rare phenomenon of the "Mercury transit sub-duct slab green flash," discussing the factors that contribute to its occurrence and the significance of capturing it in an image. The author highlights the role of optical ducting and aerosols in creating this elusive atmospheric effect.
This article explores the captivating phenomenon of diamond dust subsun, where well-aligned hexagonal plate crystals reflect sunlight, creating a mesmerizing display of twinkling lights. It delves into the science behind this phenomenon, including temperature, the twinkling effect, polarizing ski-glasses, hexagonal plate crystals, vertical elongation, and the presence of a fainter sun pillar.
This article explores the fascinating atmospheric optics phenomenon of a glory, which can be observed in a humble field. It discusses the intricate nature of glories and the ongoing challenge for scientists to understand the specific mechanisms behind this captivating optical display.
This article explores the captivating world of corona and wave clouds, delving into the interplay between diffraction, atmospheric wave motion, and water droplets. Stunning images accompany the article, showcasing the intricate details of the corona and the ethereal beauty of the cloud films, reminding us of the complexity and interconnectedness of the natural world.