Projects

Basically, a smartphone screen is used as a mirror to create symmetrical or surreal compositions.
You will use two devices—a Digital Camera and your smartphone with a black/Off screen. You will capture
high-level reflections of different objects. The goal is to transform a standard scene into a creative,
symmetrical, or "double exposure" style image by physically manipulating a reflective surface near the lens.

Basically, a smartphone screen is used as a mirror to create symmetrical or surreal compositions.
You will use two devices—a Digital Camera and your smartphone with a black/Off screen. You will capture
high-level reflections of different objects. The goal is to transform a standard scene into a creative,
symmetrical, or "double exposure" style image by physically manipulating a reflective surface near the lens.

Basically, a smartphone screen is used as a mirror to create symmetrical or surreal compositions.
You will use two devices—a Digital Camera and your smartphone with a black/Off screen. You will capture
high-level reflections of different objects. The goal is to transform a standard scene into a creative,
symmetrical, or "double exposure" style image by physically manipulating a reflective surface near the lens.

Basically, a smartphone screen is used as a mirror to create symmetrical or surreal compositions.
You will use two devices—a Digital Camera and your smartphone with a black/Off screen. You will capture
high-level reflections of different objects. The goal is to transform a standard scene into a creative,
symmetrical, or "double exposure" style image by physically manipulating a reflective surface near the lens.

Basically, a smartphone screen is used as a mirror to create symmetrical or surreal compositions.
You will use two devices—a Digital Camera and your smartphone with a black/Off screen. You will capture
high-level reflections of different objects. The goal is to transform a standard scene into a creative,
symmetrical, or "double exposure" style image by physically manipulating a reflective surface near the lens.