In the process of capturing lunar photographs, techniques such as stacking, stitching, and wavelet sharpening were employed to enhance clarity. The use of a Newtonian reflector telescope effectively controlled chromatic aberration. Additionally, a high-speed camera with a high frame rate was utilized to mitigate the impact of atmospheric quiver.

Processing Saturn photos is similar to the Moon, but due to lower brightness, shooting at maximum camera frame rates isn't possible. Additionally, the planet's rotation limits the number of images for stacking. To compensate for Saturn's lower brightness and rotational effects, post-processing involves enhancing contrast, adjusting colors, and reducing noise to reveal the planet's intricate details and stunning ring system.

Jupiter is the largest planet in our solar system, a gas giant. It's known for its striking bands of clouds, including the famous Great Red Spot, a massive storm. We used various methods involved in stacking and aligning numerous frames to reduce noise and enhance clarity. The result is a high-resolution view of Jupiter's intricate cloud patterns, revealing its ever-changing and dynamic atmosphere. 

The lunar eclipse occurs when the Earth passes between the Sun and the Moon, casting a shadow on the Moon. To photograph a lunar eclipse with an astronomical telescope, attach a camera to the telescope's eyepiece or use prime focus photography. Set a low ISO, and longer exposure, and capture multiple shots to create a composite image.

M57, also known as the "Ring Nebula," is a fascinating celestial object located in the constellation Lyra. This stunning astronomical feature is a planetary nebula, which is a type of emission nebula formed from the outer layers of a dying star. I used a small-aperture CCD camera to photograph such small, low-luminosity celestial objects and processed the images by stacking multiple exposures.

M45, also referred to as the "Pleiades" or the "Seven Sisters," is an open star cluster nestled within the constellation Taurus. This stunning celestial grouping is one of the most famous and easily recognizable star clusters in the night sky. I used a D152F4 Newtonian reflector telescope and a Sony a6300 camera to capture this celestial object.

M47 is an open star cluster situated within the constellation Puppis. This celestial entity is a striking assemblage of stars that coalesce into a visually captivating cluster observable in the night sky. I used a D152F4 Newtonian reflector telescope and a Sony a6300 camera to capture this celestial object.

Comets like C/2022 E3 are composed of a mixture of ice, dust, and other volatile compounds, and they become visible as they approach the Sun, causing the ices to vaporize and release a glowing coma and tail. I had the privilege using the telescope at the Ying Zhuo Observatory. The resulting image showcases the comet's bright coma and the graceful curve of its tail as it journeys through our celestial neighborhood. 

NGC 1566 is a fascinating barred spiral galaxy located in the constellation Dorado. This celestial object is known for its striking appearance and intriguing features. I had the unique opportunity to photograph NGC 1566 using the T1 telescope at a Chilean observatory. The resulting image showcases the galaxy's spiral arms, the bar-like structure at its center, and the myriad of stars within its stellar population.