Photographer Jack Long seems to have an obsession with colorful liquid splashes that look like jellyfish. He's created a few series like these before with colored water splashing out of a flower pot and tasty looking splashes from a coffee mug.
'River Giants' is the title of this particular series in what the photographer likes to call "liquid art photography." He uses high speed photography to capture the liquid as it splashes on a surface. It's remarkable and curious to wonder how the colors of liquid separate the way they do. The main characteristic of Long's photography series is that each splash of liquid resembles a jellyfish.
The colorful liquid splashes are captured so clearly you can see the ripples in the plumes and spots that look almost like fingerprints!
Jellyfish-Like Liquid Photography (UPDATE)
Jack Long is Back with More Colorful Liquid Splashes
Trend Themes
1. Colorful Liquid Splashes - Exploring the use of high-speed photography to capture vibrant liquid splashes, presenting opportunities to create visually striking art forms and advertising imagery.
2. Jellyfish-inspired Imagery - Utilizing liquid art photography techniques to create visuals that resemble jellyfish, opening avenues for creative expression in various artistic mediums and design projects.
3. High-speed Photography - Adopting the practice of high-speed photography to freeze the motion of liquid splashes, offering potential applications in scientific research, product development, and marketing campaigns.
Industry Implications
1. Art and Design - The art and design industry can leverage colorful liquid splashes and jellyfish-inspired imagery to create unique artworks, installations, and innovative advertising campaigns.
2. Advertising and Marketing - Advertising and marketing professionals can capitalize on the trend of colorful liquid splashes and high-speed photography to create captivating visuals for brand promotions and social media campaigns.
3. Scientific Research - The scientific research field can explore high-speed photography techniques to study fluid dynamics and analyze liquid behavior, contributing to advancements in various scientific disciplines.