Chaos Isn't Random. It's a Mirror.
We Built a Way For AI to Read it.
We've engineered a proven way for AI applications to interpret the interference patterns between mind and quantum fields; enabling more meaningful, resonant interactions with users.
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zero input personalization


No user data. No profiles.

Decades of research from the PEAR lab at Princeton to recent mind-matter studies show people can subtly influence quantum random number generators.

Quantum Canvas uses this effect as a live signal. We found a way to seed AI content: images, reflections, responses, and videos, with quantum noise sampled at the moment a user engages with generating the content.

An AI (Large Language Model) interprets that pattern into content: reflections, prompts, responses, all shaped by your presence.

The quantum field becomes the personalization channel.

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We tested it

Does quantum seeding boost AI performance?

We ran two blinded studies with > 600 randomized participants to find out.

Each received a short AI generated reflection about themselves; no prompts, no user data.

The quantum seeding lifted metrics: 

+59%

"More Intuitive"

With quantum seeding, outputs reflected the users more intuitively.

+49%

"More Personal Clarity"

With quantum seeding, outputs helped users see themselves more clearly.

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"The very act of observing disturbs the system. The mind influences the behavior of the quantum field."
- Niels Bohr

Our Tech Captured the Spirit of a Wedding.
Without Knowing Anything About It.

Imagine capturing your experience of a moment, not with a camera, but through your own connection to it. That’s what happened here. A guest at a wedding simply initiated the process, without providing any explicit input or prompts. Our technology interpreted their passive interaction with quantum noise, using it as the sole input to generate an AI instruction.

The result? The image here; a metaphorical reflection of their experience of the wedding, created entirely from chaos.  

What would you build with this?

An imaged generated by using quantum randomness, of a participant's quantum entangled experience of the wedding.

A depiction of a wedding; the prompt generated entirely through our technology—no prior data, no prompts, only quantum noise and interpretation.

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