**The Future of Water Harvesting Foreground: A circular device, 10 centimeters in diameter, stands prominently. It's made of shimmering, almost translucent fake silk threads, stretched tautly across a frame. Upon closer inspection, the threads reveal a unique helical structure, reminiscent of a DNA double helix, but with pronounced bumps along its length. Small water droplets are visible, clinging to these helical bumps, growing in size as they accumulate more moisture from the surrounding air. Background: A magnified section of the thread showcases the microfiber coating. Tiny, sparkling particles of titanium dioxide can be seen, giving the thread a slightly iridescent quality. An annotation points to the helix bumps, labeled "Hydrophilic Titanium Dioxide Coating. In a real-world situation show a person from an emerging economy using this device** - Image #2 <@1058111361974026300>
The Future of Water Harvesting Foreground A circular device, 10 centimeters in diameter, stands prominently. Its made of shimmering, almost translucent fake silk threads, stretched tautly across a frame. Upon closer inspection, the threads reveal a unique helical structure, reminiscent of a DNA double helix, but with pronounced bumps along its length. Small water droplets are visible, clinging to these helical bumps, growing in size as they accumulate more moisture from the surrounding air. Background A magnified section of the thread showcases the microfiber coating. Tiny, sparkling particles of titanium dioxide can be seen, giving the thread a slightly iridescent quality. An annotation points to the helix bumps, labeled Hydrophilic Titanium Dioxide Coating. In a realworld situation show a person from an emerging economy using this device