For investors
The work,
and what it could
become.
Phase Differential Theory is, first, a serious physics programme. It also opens a clear commercial surface. This page is for people who want to understand both.
The problem
Where standard physics is leaving value on the table.
Quantum limits
Hardware programmes are bumping against decoherence ceilings that the standard formalism treats as a brute fact.
Synchronisation drift
Distributed systems and precision clocks pay a steep cost for coherence that no current theory predicts.
Communications efficiency
Phase-aware encoding leaves capacity on the table because the underlying physics is treated as probabilistic noise.
Compression ceilings
Standard information theory has no native handle on coherence as a resource. PDT does.
The opportunity
Applied surfaces PDT opens.
Not every line below is short term. The point is that the theory makes them addressable from a single primitive, rather than a portfolio of disconnected guesses.
- 01
Coherence-aware quantum computing primitives
- 02
Synchronisation systems for distributed infrastructure
- 03
Phase-encoded communications and signal processing
- 04
Data compression that treats coherence as a first-class resource
- 05
Sensor networks with intrinsic phase calibration
- 06
Defence and timing applications where decoherence is the bottleneck
- 07
Architectures for advanced AI inference
Current status
Where the programme is, today.
PDT is not a slide deck. It is fourteen completed papers, an explicit falsification contract, and an open invitation to the research community.
Current status
- Fourteen technical papers completed
- Three falsifiable signatures published in QM V
- Open review actively encouraged
- Experimental programme defined
- Ongoing theoretical development
Roadmap
From theory to platform.
Near term
Software tooling
Open simulation libraries that make PDT predictions reproducible by any working group. Foundation for everything that follows.
Medium term
Commercial platforms
First applied prototypes in synchronisation, signal processing, and coherence-aware compression. Patentable, scoped, falsifiable.
Long term
Coherence technologies
Hardware and infrastructure that treat the coherence threshold as a controllable parameter. The defensible compounding moat sits here.