Shot on iPhone XR — Experiments II Full Circle Behind the Scenes — Apple

Summary

In this experimental video, the creators explore otherworldly imagery using an iPhone 10 and a rig of 32 cameras for a 360-degree view. They capture mesmerizing effects by combining dry ice, bubble solutions, and slow-motion techniques, showcasing the enchanting interaction of light and texture. Highlights include spreading slime across a squid for droplet effects, colorful ink-filled water balloons, and igniting a foil ball covered in steel wool. The results promise a stunning visual experience that blends science and artistry in an innovative way.

Takeaways

• 🎥 The experiment involves capturing otherworldly images using an iPhone 10 and a setup of 32 phones.
• 🔄 The cameras are aligned to a single focal point to achieve a rotating bullet time effect.
• 💨 The setup includes a bucket filled with dry ice, creating gas that flows up a tube to produce unique visuals.
• 🫧 Bubble solution will create wiggly bubbles that, when filmed in slow motion, will look alien and surreal.
• 🌫 When the bubbles hit a wet surface, they won't pop immediately, enhancing the visual effect.
• 🦑 The script features spreading slime across a squid to capture evenly spaced droplets falling.
• 💡 The lighting setup involves illuminating the droplets from both bottom and top for dramatic effect.
• 🎈 Balloons filled with water and colored ink are used to shape the falling droplets on camera.
• 🔥 A foil ball covered in steel wool is included for a visually striking, fiery effect when ignited.
• 📸 The overall aim is to create captivating slow-motion visuals that convey a sense of wonder and creativity.

Q & A

What was the main objective of the experiments mentioned in the script?

The main objective was to capture curious and otherworldly images using an iPhone 10 and a rig that holds 32 phones for a 360-degree view.

How was the camera rig set up for capturing the images?

The cameras were lined up to a single focal point to create a rotating bullet time effect by taking a frame from each camera and playing them back.

What unique element was used to enhance the visual effects in the experiments?

A bucket filled with dry ice was used to create fog that escapes through a tube, mixing with bubble solution to produce wiggly bubbles that look cool and alien in slow motion.

What happens to the bubbles when they hit the wet surface?

The bubbles do not pop immediately; instead, when they burst, the fog cascades across the wet surface, creating a visually appealing effect.

What is the purpose of spreading slime across a squid in the experiments?

The slime is spread across the squid to create evenly spaced droplets that can be lit from both the bottom and top for dramatic effect when shot in slow motion.

What technique was used to capture the shape of the water in the experiments?

Balloons filled with water and different colors of ink were used to better shape the water on camera, capturing the moment the water takes the shape of the balloon.

What kind of visual effect is expected when the water droplets rush towards the cameras?

The water droplets are expected to create a striking visual effect as they rush toward the cameras, enhanced by the colored ink.

What was done with the foil ball covered in steel wool?

The foil ball covered in steel wool was set on fire, which would be played back in slow motion for a dramatic visual effect.

How does slow motion contribute to the overall effect of the experiments?

Slow motion enhances the visual storytelling by allowing viewers to see details and moments that would be missed at normal speed, making the effects appear more surreal.

What types of visual elements are explored in this round of experiments?

The experiments explore various visual elements including bubbles, slime, colored water droplets, and fire, all captured in slow motion to create unique and intriguing imagery.