The Mathematics Operating System

Unified Operator System

1,576 operators covering quantum mechanics, Newtonian mechanics, general relativity, computer science, consciousness awareness, and 59 more categories.

fw.get_operator("QM4")  # Bell state
# |Φ+⟩ = (|00⟩ + |11⟩)/√2

HulyaPulse Temporal System

Every computation synchronized to 1.287 Hz. The Zeqond (0.777s) is the fundamental time unit. Phase-aware execution.

R(t) = S(t) × [1 + α × sin(2π × 1.287 × t + φ₀)]
# α = 0.00129

7-Step Wizard Protocol

Systematic computation pipeline: pulse sync, operator selection, scale matching, computation, HULYAS compilation, execution, precision verification.

result = fw.wizard("GPS satellite timing")
# Selects KO42 + NM21 + GR32 + GR35
# Net = +38.7 μs/day

HULYAS Master Equation

The unified field equation compiling all operator outputs. Combines the D'Alembertian, position-dependent mass, self-interaction, and KO42 sync.

□(φ) - μ²(r)φ - λφ³ - e^(-φ/φ_c)
  + φ₄₂·Σ Cₖ(φ) = T^u_u + β·F_uv·F^uv

pip install zeq-os

from zeq_os import ZeqFramework

fw = ZeqFramework()

# List quantum mechanics operators
qm_ops = fw.list_operators(category="quantum")

# Process a physics query through
# the 7-Step Wizard Protocol
result = fw.process_query(
    "Calculate the tunneling probability "
    "for an electron through a 2eV barrier"
)

print(result.operators_used)  # [KO42, QM5, QM2]
print(result.precision)       # 0.047%

npm install @zeq-os/sdk

import { ZeqFramework } from '@zeq-os/sdk';

const fw = new ZeqFramework();

// Get the current HulyaPulse phase
const pulse = fw.getPulseInfo();
console.log(pulse.frequency);  // 1.287
console.log(pulse.zeqond);     // 0.777

// Execute an operator directly
const result = fw.executeOperator("GR36", {
  mass: 1.989e30  // Solar mass in kg
});

console.log(result.value);  // 2953.25 meters
console.log(result.unit);   // "m"