Experimental cinema examining communication structures and signal processing — structural filmmaking using editing as message encoding.
Those working on set or in the edit with Information Theory Film treat every cut, every edit as an information packet—not as a narrative necessity, but as a signal. Structural cinema consciously uses montage as a communication channel: images become signs, editing rhythm becomes syntax, image sequences become the encoding of meaning. This is not about story, but about the raw question: How much information does a shot convey? What changes in the viewer's brain with the next cut?
In practice, this means the DP and the editor work according to principles of signal processing. An image cut can be redundant (no new information) or highly complex (maximum surprise). Repetition creates patterns, interruption creates noise. Artists like Michael Snow or Hollis Frampton have explored this radically—long, static camera, minimal change, a deliberate cut into the completely unexpected. On set, you then think not in scenes, but in information densities: How long must this shot run until the viewer extracts no new details? When does repetition itself become a statement?
The crucial difference from classical montage (see Eisenstein, montage theory): This is not about dialectical collision or emotional reaction, but about the structure of perception itself. Every frame is a data packet. Editing speed becomes bit rate. Color, composition, movement—everything follows mathematical principles of redundancy and entropy. On set, these films often arise from long takes or strictly geometric image compositions, because the camera itself is the information encoding system.
Practically: When you shoot such a film, you need patience and precision. No random composition. Every angle, every lighting must function as deliberate information. In the edit, you work not rhythmically, but structurally—lengths become content. Experimental film meets computer science. The result is often strenuous for mainstream audiences, but absolutely captivating for those who understand the code.