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Light-based computing, sensing, and communication.

The V131 research project

Explore how light can carry information, measure the world, and support computation. Milkyway Center brings together laboratory tests, engineering designs, and theoretical research.

New to the project?

Start with the evidence. The ISCC results explain what the sensing and communication bench has demonstrated and what still needs testing. The photonic chip page introduces the hardware design.

Looking for a collaboration? Visit licensing and contact to discuss research or commercial use.

Sensing + communication + control

One signal. More than one job.

Real hardware tests demonstrated ISAC: Integrated Sensing and Communication, with information and distance recovered from the same incoming optical stream under indoor laboratory conditions. The broader ISCC project adds Control, which is a separate stage of the research.

See the measurements, test conditions, and remaining work →

Published ISAC report: Read and cite the report on Zenodo · DOI: 10.5281/zenodo.22904657

Choose a research topic

Each page starts with an overview, followed by technical detail and supporting results.

Real hardware tests

ISAC results within ISCC

Bench measurements, communication reliability, and range estimation from a shared signal.

Read the evidence →
Hardware design

The photonic chip

The silicon photonics architecture, verification work, and clearly labelled performance projections.

Explore the design →
Hardware tests

Photonic cipher validation

Recorded fiber-link tests, latency measurements, and responses to spoofing attempts.

Review the tests →
Decision reliability

Knowing when to abstain

How the protocol checks signal quality and withholds a decision when its criteria are not met.

Understand the protocol →
Computing with light

Photonic computation

The proposed computation and readout approach, its hardware basis, and its limits.

Read the approach →
Models and control

The Physics-AI world model

GPU measurements, model-based control, and checks on the reliability of model predictions.

Explore the model →
Theoretical research

Cosmology

A speculative framework for black-hole cores, dark energy, dark matter, and neutrinos, with testable predictions and stated limitations.

Read the research →
Foundations

Information dynamics

The concepts behind V131 and the proposed connections between information and physical systems.

Start with the concepts →
Applications

Design comparisons

The project’s comparisons between physical-invariant methods and statistical approaches.

Review the comparisons →
Work with us

Licensing and collaboration

Options for research groups, industrial projects, and institutional partners.

Get in touch →

How to read the results

Measured refers to a recorded test under stated conditions. Simulation describes a software experiment. Projection describes an expected performance or proposed application. These are different levels of evidence; read the conditions alongside each number.