AI, as currently built, isn’t the final form of intelligent computation.
Nature has had 4.5 billion years to workshop better ideas, and we are bringing some forward.
QIH Technologies is an early-stage research and engineering venture building software based on the breakthrough work of savant Jason Padgett. His original insights into phase geometry and coherence form the foundation of Quantum Information Holography (QIH).
In this context, coherence refers to the way waves—of light, sound, or fields—align in phase, creating stable, information-rich patterns that nature uses. It’s quiet, efficient, and astonishingly precise. It’s how birds navigate, how cells coordinate, how stars keep time.
The platform is curated by science author Maureen Seaberg, who guides its articulation and strategic direction.
Together, we are developing a suite of coherence-based technologies that outperform AI while using only a fraction of its energy and water, offering a radically more efficient path for computation, sensing, and information processing.
QIH currently has multiple patents pending, spanning scientific and commercial domains. Among them:
Coherence-Based Data Compression
ultralow-resource compression that preserves information structure rather than discarding it.
Coherence-Driven Rendering Engine
a new form of image formation based on phase geometry instead of pixels.
QIH Encryption
a post-AI, post-quantum cryptographic protocol using coherence states rather than factorization or lattice hardness.
Star Clock
a universal timekeeping system derived from coherent stellar emissions.
Star Map
coherence-based spatial mapping.
QIH Mining Platform
coherence scanning for resource identification across asteroids, oceans, and planetary bodies without strip mining.
A single principle unites all of these inventions: coherence reveals more information than computation alone, enabling technologies that are cleaner, faster, and more biologically aligned than today’s extractive machine-learning systems.
QIH is building a new category of science and engineering—one that treats information the way nature does.