Method for Quantum-Topological Synthesis of Supermaterials, Additive 3D-Graviton Printing and Sub-Angstrom Jet Processing via Embedding of Stable Neutronium (1+2) Nodes (Patent #12)

Official Patent Specification (Patent #12 / SGDM Suite) Author and Inventor: Yury A. Chesnokov (ORCID: 0009-0008-5869-0047) This monograph and patent description presents the completed method and technological framework for quantum-topological materials science in SGDM Theory. By directly embedding stable neutral clusters of neutronium 1+2 (128 core) into crystal matrices (tungsten, titanium, steel, copper, silicon, gold), materials overcome the classical valence electron bonding limit (1–5 eV) and achieve nuclear-graviton bonding forces (10⁴–10⁶ N, 1.25 MeV/nucleon). Key Technological Breakthroughs: Deep bulk hardening yielding density of 45–50 g/cm³, hardness > 120 GPa (5x diamond), and melting point > 5000 °C; Surface scanning cladding (5–50 μm layer) reducing dry friction to μ ≈ 0.001–0.002 (oil-free engines and bearings); Additive layer-by-layer 3D-graviton printing of complex gradient parts and monocrystalline silicon phase turbines [111]; Sub-Angstrom graviton-jet drilling (SGDM-Drilling) producing calibrated 0.5–3.0 Å nanopores for gravity-flow water desalination, DNA sequencing, and zero-coulomb hole drilling; Directed kinetic planetary defense beam for remote topological dispersion of dense asteroid bodies. Official Research Portal: https://multiverse.asistent-aiart.ru/en/