Welcome back to our channel where we explore the wonders of our universe. In today's episode, we have something extraordinary to share. NASA's MAV and spacecraft has captured two mesmerizing ultraviolet photographs of our neighboring planet Mars. These images provide us with breathtaking views and a deeper understanding of the red planet's surface features and atmosphere. Get ready to witness the beauty of Mars like never before. Two ultraviolet photographs of Mars, taken by NASA's MAV EN spacecraft, have unveiled stunning information about the planet's orbit around the Sun. By observing Mars at UV wavelengths, scientists can unlock important insights into its atmosphere and surface features. Let's dig into the first image taken in July 2022 during Mars summer months in the Southern Hemisphere. Similar to Earth, Mars sees seasons due to its tilted rotational axis. In the bottom left corner, we can see the Argyre Basin. One of Mars's deepest craters probably covered in atmospheric haze and appearing as a delicate shade of pink. Moving to the upper left, the image shows the awe-inspiring valley's marinaris, a network of deep canyons adorned with clouds. Notice the bright white area at the bottom? That's the Southern Polar Ice Cap, which is gradually thinning as Mars sees higher temperatures during the summer. As water vapor is propelled to higher altitudes by the warming and dust storms, MAV EN has discovered increased hydrogen loss from the planet during this time of year. Let's shift our attention to the second image taken in January 2023 when Mars reached its closest point to the Sun in its elliptical orbit. This time, we're looking at the northern hemisphere of the world. The image showcases a plethora of white clouds, showing the rapid changes in seasons within the North Polar region. In the lower left section, we can view numerous craters and the impressive valleys marinaris once again. The magenta hues in the image reflect ozone, which accumulates during the freezing polar nights of the northern winter. However, as the northern spring comes, chemical reactions with water vapor found only in the lower atmosphere at this time of year eliminate the ozone. These ultraviolet photographs taken by NASA's MAV EN spacecraft have given us a unique glimpse into Mars orbit around the Sun. Through the power of UV wavelengths, we've witnessed the planet's stunning surface features, atmospheric phenomena, and the effects of its changing seasons. The wonders of our universe never cease to amaze us. That's all for today's episode. If you enjoyed this journey to Mars, make sure to hit the like button and subscribe to our channel for more captivating content. Thank you for joining us, and until next time, keep exploring!