Digital Input
Image or scene data enters the pipeline.
About
About Metalumina
We are building real-time holographic systems by combining computation and optics into a unified architecture.
Who We Are
Metalumina is an early-stage company focused on building real-time holographic systems.
We work at the intersection of computation and optics to explore how digital information can be transformed into controllable light fields.
Our focus is not on theoretical concepts, but on creating systems that can operate in real-world conditions.
What We Do
Our End-to-End Holographic Pipeline
We design and develop integrated holographic systems, combining computation, phase encoding, and optical control into a single pipeline.
Computation
Algorithms process structure and depth-related information.
Phase Encoding
Data is converted into phase patterns for optical reconstruction.
Optical System
Light is modulated through engineered optical elements.
Holographic Output
The encoded wavefront reconstructs a spatial visual result.
Each component is built with the full system in mind — from input data to optical reconstruction.
Process
From Data to Holography
How digital information is transformed into controllable light.
01
Input Data
Digital information enters the system.
02
Phase Map
Information is encoded into phase patterns.
03
Optical Reconstruction
The encoded wavefront reconstructs a spatial light field.
Status
Current Status
Prototype Development
Working on early system implementations.
Feasibility Testing
Validating optical and computational behavior.
System Exploration
Understanding constraints across the full pipeline.
Approach
We take a system-first approach.
Instead of treating computation and optics as separate problems, we focus on how they function together as a unified system.
This allows us to identify practical constraints early and design solutions that are grounded in real-world implementation.
Direction
Our focus is to move from controlled prototypes to working systems.
We aim to make holographic technology more practical, scalable, and accessible over time.
Contact
Work With Us
We welcome collaboration, technical discussions, and partnerships.