The 20 Yuan banknote from China commemorates the Beijing 2022 Olympics, showcasing a vibrant and modern design that reflects the spirit of the Games. On the front side, notable figures from winter sports are illustrated dynamically, embodying motion and athletic prowess. The use of bright blue hues blended with patterns evokes a sense of excitement and energy, making it visually striking. Various security features, such as a watermark and microprinting, are integrated to ensure authenticity and deter counterfeiting. The reverse side continues the theme with elements symbolizing the Olympic spirit and the beautiful landscapes of China, creating a cohesive artistic representation.
Obverse (front)
The front of the 20 Yuan note prominently displays a stylized depiction of winter athletes, highlighting both their athleticism and grace. The background features a gradient of blue and white, evoking the winter theme. The note incorporates various security features, including a watermark visible when held against light, enhancing its authenticity. Additionally, fine microtext is present, which becomes apparent upon close inspection, making counterfeiting more challenging. The inclusion of the Olympic rings symbolizes international unity through sports. Overall, the front design epitomizes the excitement of the Beijing 2022 Games and serves as a collectible piece of art.
Reverse (back)
The reverse side of the banknote continues to celebrate the theme of the Olympics by showcasing iconic symbols of the Games, along with vibrant design elements that blend luxury and modern aesthetics. The colors used here complement those on the front, featuring dark and light variations of blue interspersed with bold patterns. It also highlights traditional Chinese motifs, providing a cultural context in relation to the event. The presence of a QR code adds a contemporary touch, linking the physical currency to digital information about the Olympics. Spaces are designed strategically for ease of visual interpretation, balancing artistry with functionality.