The Alex Wild droplet iPhone lens is a DIY method towards creating microscopic images using a simple smartphone. This creation is completely free and can be done within the comfort of any location that has water.
All one must do is simply take a droplet of water and have it cover the lens on an iPhone. The larger and rounder the droplet is the higher the images magnification will be and the droplet will slowly evaporate lessening its effect. The water will move easily with the users slightest touch so best results usually occur if the smartphone is held still. The idea is to get just a small droplet of water above the lens so as long as users are careful to ensure they do not soak their phone in water-- the resulting images should be stunning.
Key Themes Behind This Trend
- DIY Smartphone Photography
- The trend of using smartphones and DIY methods to capture professional-quality photographs is growing, providing opportunities for disruptive innovation in photography accessories and apps.
- Microscopic Smartphone Photography
- The trend of using DIY methods to capture microscopic images with a smartphone opens up possibilities for disruptive innovations in microscopy accessories and software.
- Water Lens Photography
- The trend of using water droplets as lenses for smartphones creates opportunities for disruptive innovation in lens attachments and specialized photography apps.
Where This Applies
- Photography Accessories
- The photography accessories industry can capitalize on the trend of DIY smartphone photography by innovating lens attachments that enhance smartphone camera capabilities.
- Mobile App Development
- The mobile app development industry can tap into the trend of DIY smartphone photography by creating innovative photography apps that offer specialized features and effects.
- Microscopy Equipment
- The microscopy equipment industry can find disruptive innovation opportunities in the trend of using smartphones for microscopic photography by developing accessories that enable easy smartphone integration with microscopes.
