QMS | Living Geometry & Non-Perturbative Physics
Beyond Lattice QCD: Deterministic Framework

Quantum Frontiers.
Visualized in Real-Time.

Stop waiting weeks for Lattice QCD supercomputing clusters. Explore Living Geometry: a deterministic IGM-RG framework that captures non-perturbative dynamics—from Glueball spectra to atomic orbitals—in seconds on a laptop.

Enter Lab Scientific Whitepaper
10,000x
Faster than Lattice
Deterministic
No Stochastic Noise
IGM-RG
Vacuum Core Kernel
Full 3D
Orbital Convergence

IGM-RG Living Geometry Lab

Active Session • Interactive Non-Perturbative Solver • v2.8

secure://igm-core.iawolf.run/quantum-dashboard/interactive

Scientific Rigor & Benchmarks

Comparing IGM-RG deterministic predictions with industry-standard Lattice QCD and Experimental data.

Glueball Spectra
QCD Ground States

Vibrational modes of vacuum geometry align with Lattice data without Monte Carlo overhead.

98% Correlation with Lattice
Multi-Electron Systems
H & O Atoms

Full 3D orbital visualization using regularized potentials and real numerical solutions.

Quantum Precision Reached
Vacuum Rigidity
Confinement Scale κc

Deterministic scaling of confinement and phase transitions under extreme thermal stress.

Stability Validated

The Power of Living Geometry

Physics has traditionally faced a trade-off: surrender precision or surrender speed. The IGM-RG framework eliminates this dichotomy.

  • Interactive QCD: Adjust temperature sliders and watch spectra evolve into QGP (Quark-Gluon Plasma) in real-time.
  • Nuclear & Astrophysics: Analyze dense nuclear environments and neutron star implications without clusters.
  • Human-Centric Science: Not just “pretty renders,” but real numerical solutions visualized with elegance.
“My goal is to make frontier physics accessible, proving we can communicate deep science with the same elegance we use to imagine it.”
Scientific Lead
IA WOLF ENGINEERING