ZEQ OS — Evolution of Mathematics: A Synchronized Computational Formalism
DOI: 10.5281/zenodo.15825138 ↗The foundational paper. Introduces the HulyaPulse, the Zeqond timestep, and the KO42 metric tensor used to verify results across all 64 domains.
Open-Science Foundation · Architecture gifted to the world by a Father and Son
The foundation behind Zeq.
A shared clock for physics.
Hulyas is the open-science group behind Zeq.dev — a Physics-as-a-Service API with 1,536 verified operators across 64 domains, synchronized to the 1.287 Hz HulyaPulse and the τ = 0.777 s Zeqond. Published, peer-available research. Free to use.
01What is Hulyas?
Hulyas is the open-science foundation that stewards the research, specifications, and reference implementations behind the Zeq ecosystem. Our work centers on a single idea: physics computation should have a shared, deterministic clock. Before Zeq, every domain — quantum, relativistic, fluid, electromagnetic — ran on its own timestep, with no way to directly verify a result from one field against a result from another.
The 1.287 Hz signal at the core of our work — the HulyaPulse — was surfaced through spectral analysis of NIST CODATA constants and multi-domain physical measurements. It repeats across quantum, Newtonian, and relativistic dimensional analyses. We build the compiler that lets any developer, researcher, engineer, or AI agent call verified physics against that clock in a single HTTP request.
02Zeq.dev — Physics-as-a-Service
Zeq.dev is the production API surface of the Hulyas research. One engine. One clock. One verified timestep — so for the first time a gravitational simulation result can be directly compared against an electromagnetic one. Every call returns a hash-chained audit envelope suitable for regulated industries.
1,536+
Verified Operators
64
Physics Domains
1.287 Hz
HulyaPulse Clock
τ = 0.777 s
Zeqond Timestep
≤0.1%
Precision vs. Textbook
100 / day
Free API Requests, Forever
03Published research
All Hulyas research is released under Creative Commons Attribution 4.0 on Zenodo. Cite freely. Replicate freely.
ZEQ OS: Universal Proper-Time Modulation
DOI: 10.5281/zenodo.18172865 ↗Extends the formalism with the universal proper-time modulation equation R(t) = S(t) × [1 + 0.00129·sin(2π·1.287·t)], the relationship governing how the HulyaPulse couples to every domain's local clock.
04Open science, audit-ready by default
Every call to Zeq.dev returns a cryptographically hash-chained compliance envelope. It's the same envelope on the free tier as on enterprise — drop it straight into your audit trail.
Mapped regulatory frameworks:
- FDA 21 CFR Part 11 (ALCOA) — electronic records / electronic signatures
- ISO/IEC 27001 — information security management
- GDPR Article 30 — records of processing activities
- SOX / SOC 2 — financial and service-organization controls
- DO-178C — airborne software certification
- NIST SP 800-53 — federal information systems controls
05Get started in three lines
Step 02
Call POST /api/zeq/compute with your inputs. Any language, any framework, any operator.
Step 03
Ship verified physics to your app, game, simulation, or AI agent. Audit envelope included in every response.
Try the playground →