AI cinematic research

Exploring how reality behaves when perception breaks.

Hyper-real spaces, silent glitches, and visual experiments in liminal physics. Some scenes look real. Some feel remembered. All of them test what you believe.

Perception glitches AI cinema Liminal architecture

Visual Experiments

Cinematic studies in space, reflection, memory, and behavior.

Spatial Drift

Corridors, parking lots, elevators

Hyper-real public spaces that quietly misbehave. Depth lines bend by degrees, arrows desync from direction, and geometry drifts while the camera stays calm.

  • Hallway movement with stable walls
  • Parking floors that stretch and breathe
  • Elevators that ignore floor numbers

Reflection Errors

Mirrors, glass, chrome

Scenes where the reflection stops obeying the world it mirrors. Time delays, misaligned angles, and quiet disagreements between reality and its copy.

  • Mirror spaces with shifted physics
  • Glass panels with independent memories
  • Loopable restroom and sink anomalies

Memory Residue

Childhood symbols, low-opacity ghosts

Subtle intrusions of childhood into sterile spaces. Cloud stickers, toy cars, and drawn lines that bleed through tiled walls and vending machine doors.

  • Soft pastel objects emerging from nowhere
  • Rooms that remember previous owners
  • Visual narratives without characters

Loop Physics

Short-form cinematic loops

Shots designed for Shorts and Reels, engineered to restart without a visible cut. Frames fold back into themselves so the loop feels like one continuous breath.

  • 8–15 second AI-native structures
  • Motion paths built for infinite replay
  • Sound and image locked to the same glitch

Many pieces live first as short-form video experiments. Watch ongoing releases on the LeiMai YouTube channel.

Open YouTube

Method

A disciplined approach to building impossible spaces that still feel real.

01. Space Design

Start with photography-level layouts: believable corridors, stairwells, restrooms, vending corners, and underground parking zones. Everything is grounded in real architecture and lighting.

02. Visual Physics

Define strict rules for vanishing points, light sources, and geometry. Then introduce one controlled violation: a tilt, a delay, a color that does not belong. The space misbehaves, but the camera stays honest.

03. Perception Testing

Calibrate each piece so the glitch lands in peripheral awareness. Viewers feel something is wrong before they can explain it, which drives replays, comments, and long-term memory.

04. Loop Engineering

Shots are engineered for short-form platforms: tightly timed changes, return states, and audio cues that allow seamless looping without cheap jump cuts or forced transitions.

Commissions

Working with brands, musicians, and galleries on high-concept visual systems.

Brand Spaces

Custom perception glitches for stores, lobbies, and events. Ultra-real loops that turn ordinary corridors, elevators, or walls into quiet anomalies visitors never forget.

  • In-store ambient loops
  • LED wall installations
  • Architectural reveal sequences

Music & Film

Liminal visuals for music videos, title sequences, and narrative projects. Spaces that behave like instruments, pulsing in sync with rhythm and emotion.

  • Visualisers and live backdrops
  • Cinematic interludes
  • AI-enhanced location concepts

Exhibitions & Galleries

Curated collections of space studies for physical exhibitions and media art shows. Each piece arrives with clear notes on its visual physics and loop logic.

  • Multi-screen installations
  • Themed perception series
  • Custom research texts and wall labels

Collaborate with LeiMai

Serious inquiries only. If your project needs a space that feels real, but behaves like a dream, describe your idea in a few lines and include links to any existing material.

About LeiMai

Single-operator lab. One brain, many rooms.

LeiMai runs a one-person visual physics lab focused on how everyday spaces can be reconstructed through AI. The work blends cinema, architecture, and generative models into a single research practice.

Instead of building characters or dialogue, each piece asks a simple question: what happens when a very normal room quietly stops following the rules it was built on?

The results live as short-form films, experiments in perception, and loop-ready installations designed for global audiences.

Focus Areas

  • AI-native cinematic workflows
  • Liminal and uncanny spatial design
  • Short-form and installation loops
  • Quantitative feedback from real audiences

Contact

For commissions, collaborations, and serious research conversations.

Project Inquiries

Send a short, clear description of your idea, your timeline, and any links to reference material. Replies focus on projects that align with the lab’s visual physics direction.

Simple Contact Form

Your message is sent securely. Replies usually within 72 hours for projects that fit the lab’s direction.