Explore the captivating phenomenon of two rings around the moon, a stunning display of atmospheric optics. This double lunar halo is a rare celestial event caused by moonlight refracting through ice crystals, creating a mesmerizing spectacle for observers. Discover the science and conditions behind seeing such an extraordinary sight.
Explore the foundational principles of light scattering by small particles, a critical area of study extensively contributed to by scientists like H. C. van de Hulst. This subject investigates how electromagnetic waves interact with microscopic matter, encompassing phenomena such as Mie and Rayleigh scattering, which are vital for understanding atmospheric optics, remote sensing, and material science applications.
Explore the comprehensive study of laser beam scintillation, detailing its fundamental principles and diverse applications across various fields. This SPIE Press monograph, Vol PM99, offers essential insights into how optical waves are affected by atmospheric turbulence and other mediums, crucial for understanding and mitigating these effects in advanced optical systems.
Explore the comprehensive Handbook of Optics, Third Edition, Volume V, an essential reference covering advanced topics like Atmospheric Optics, optical Modulators, and the fundamentals of Fiber Optics. This volume also delves into specialized areas such as X-ray and Neutron Optics, providing in-depth insights for professionals and researchers in the field of optical science.