shbt-ghost

Multi-physics digital twin simulator for synthetic ghost seed propulsion, multi-seed artificial gravity, and gravitational optics under Static Holographic Boundary Theory (SHBT).

System physics

When local boundary information processing exceeds the holographic ceiling N_limit, a topological overflow DeltaN = N_local - N_limit produces an effective ghost-seed mass

M_seed = alpha_seed * DeltaN ,  alpha_seed = d1 * m_P / N_total = 26 m_P / e^33
       = 1.3258316e-51 M_sun/bit      (canonical branch (26, 8, 312), 512-bit MPFR)

Sustaining the baseline M_seed = 1e-6 M_sun requires DeltaN_0 = 7.542426e44 bits and dissipates a continuous Landauer entropy debt

P_debt = (M_seed / M_sun) * 906 GW  =  906.00 kW

supplied by a 1,800-module LANR plant delivering 999.054 kW_net (555.03 W/module, floor N_min = 1633, N+167 reserve, 33.804% TEG). Kinematic congestion wakes are cancelled by third-order momentum compensation enforcing |mu_comp - mu_0| <= 1e-12; propulsion executes via forward offset vectoring and discrete bit-stepping Delta N(k) = floor(DeltaP_net / P_bit); habitat gravity is synthesized by K-seed metric superposition g_mn = eta_mn + sum h_mn^(i) + I_mn (I_00 = +2.4189e-32, I_kk = -I_00/3), non-rotational 9.80665 m/s^2 floor gravity, zero Coriolis distortion, and det/Gram ADM audits. Synthetic optics span f0 = 169.30 m to f_max = 1692.99 m with Bessel J0^2 caustics and C <= 1e-10 coronagraph rejection. Causality is enforced by harmonic 2PN lightcone authorization Delta s^2 <= 0 and a sub-2.50 ns GaN current-shunt quench (tau <= 2.18 ns, 94.20% SiC recovery). Active error correction runs as a Union-Find + MWPM TQEC decode of the 124-braid dark ledger (<= 45 ns, F_logical >= 0.999999), chalcogenide GST routing layers self-heal under 27.9 mJ/cm^2 anneal pulses (> 99.9% conductivity recovery after >= 100 krad(Si)), hyper-dual UQ extracts exact Hessians with GUM S1/S2 Monte Carlo N >= 1e7 giving 3-sigma bounds, and the LANR cold plate carries 3D Chaboche backstress across the Pd-Ir/Ti/CVD-Diamond/TLP-Bond/OFHC-Cu stack under a 4-term RPI boiling partition of the 906.00 kW debt load. Physical artifacts export via GDSII (8x8 InP/InGaAs, 50.0 um pitch), ISO 10303-21 STEP, and Touchstone S2P (Z0 = 50.12 +/- 0.80 ohm to 40 GHz).

Extended physics sub-engines (ghost1.txt)

• Transient quench kinetics (SeedKineticsEngine, ghost-core-engine): DeltaN(t) = DeltaN0 e^(-t/tau_quench) with tau_quench <= 2.18 ns, back-EMF surge V_surge = L_eff g0 DeltaN0/tau^2 e^(-t/tau), 94.20% SiC crowbar harvesting, and 1D semi-infinite diffusion in CVD Diamond (q0 = 6.5925e9 W/m^2 from the 142.08 MW surge) holding DeltaT_headroom >= 11.79 K below T_c = 39.00 K.
• 2PN multi-body station-keeping (RelativisticPlanner, ghost-propulsion-drive): planetary J2/J4 + Solar tides, 5th-order minimum-jerk s(tau) and derivatives, quantized bit-stepping floor(P_net/P_bit) under the +93.054 kW margin (P_bit = 1.842 W/bit, 50,517 bits -> 50.518 kHz command rate) for <= 0.084 nm positioning.
• Eikonal plasma optics (PlasmaEikonalSolver, ghost-optics-lensing): non-paraxial phase Phi_total(b, omega) through Baumbach-Allen N_e(r) = A/r^6 + B/r^2 over lambda in [200 nm, 5.0 um], with C6 phase masks sustaining C <= 1e-10 over L in [169.30, 1692.99] m.
• Two-phase plant hydraulics (PlantHydraulicsSolver, ghost-lanr-interface): Eulerian-Eulerian subcooled boiling from the 1633-module floor (821.56 kW) to 1800-module peak (906.00 kW), Ledinegg d(dP)/dQ > 0, DWO phase margin phi_m >= 38.4 deg.
• GUM metrological covariance (GumCovarianceEngine, ghost-uncertainty-uq): ISO/IEC 98-3 Sigma_Y = J Sigma_X J^T over a 5x5 input covariance (TMSV sigma_r <= 0.144 pm/sqrtHz, DWS sigma_theta <= 11.38 nrad, TEG), with hyper-dual J extraction.

Sister-repo engine transfers

• WZW modular partitions (WzwPartitionEvaluator, ghost-core-engine, from shbt-precision): affine characters for SU(2)_26, SU(3)_8, SO(10)_312 (c_vis = 1325/154, c_parent = 351/8); dynamic 512-bit MPFR boundary closure Z(tau) = q^{-c/24} prod_n (1-q^n)^{-1}; dark Weil kernels (S_dark, T_dark, M_dark = I_2901360) over (Z_2)^3 x (Z_2 x Z_3 x Z_5 x Z_7 x Z_11) x Z_157.
• PINN wave-optics deconvolution (PinnDeconvolutionEngine, ghost-optics-lensing, from shbt-sglt): physics-informed loss L = L_data + l_phys||nabla^2 E + k^2 n_eff^2 E||^2 + l_reg R(f_theta) and real-time Wiener deconvolution of J_0^2 caustics under coronal plasma phase noise, preserving C <= 1e-10.
• McNabb-Foster deuterium kinetics (McnabbFosterSolver, ghost-lanr-interface, from shbt-cf): D_D(T) = D_0 e^{-E_a/kT}, two trap families (N_1 = 4.80e25, E_{t,1} = 0.280 eV; N_2 = 1.25e26, E_{t,2} = 0.445 eV), Soret Q* = +0.065 eV, V_H* = 1.72e-6 m^3/mol;

  = 90% mobile-fuel retention after 30 yr at 300 K.

• Heegaard-Floer trackers (HeegaardFloerTracker, ghost-multiseed-gravity, from shbt-exotic): Sp(2g, Z) symplectic isometries on the mapping torus, Kojima entropy Ent <= C Vol(M) = 0 (Delta S_A = 0), eigenvector rigidity |mu_comp - mu_0| <= 1e-12, and R_congestion = 2.954e15 m audit. All modules bind to the 56-byte SHBT-MMIO-1 map at 0x70000000 and the 2112-byte Stinespring frame.

Advanced physics and engineering upgrades (ghost2.txt)

• 3+1 CCZ4 numerical relativity (F512, Grid3D, Tensor3D512 in ghost-core-engine; Ccz4Solver, nonlinear_cross_coupling, wake_tensor_third_order in ghost-multiseed-gravity): 512-bit fixed-point f512 ([u64; 8], 492-bit mantissa, eps_mach ~ 4.08e-149) on 64-byte-aligned Morton z-ordered grids; hyperbolic RHS for gamma_tilde_ij, A_tilde_ij, phi, K, Gamma_tilde^i, Z_i, Theta (C_CFL = 0.25, RK4, 4th-order FD); O(K^2) cross-couplings for K <= 128 seeds inside R_congestion; Gundlach damping (kappa_1 > 0, kappa_2 > -1) drives ||H|| to the 1e-122 holographic floor.
• Covariant RMHD coronal optics (RmhdCoronalSolver, C6PhaseMaskController, ghost-optics-lensing): eikonal + Faraday raytracing through N_e(r,theta,t) = (A/r^6 + B/r^2)(1 + delta_CME) (A = 2.99e8, B = 1.55e8 cm^-3), r < 10 R_sun, lambda in [200 nm, 5 um]; closed-loop regularized pseudo-inverse a <- a - g J+ [I_m - I_t] - eta L_C6 a at f_actuator >= 4.80 kHz sustaining C <= 1e-10.
• Stinespring swarm telemetry & GNC (StinespringDilationEngine, TelemetryPartition, PhaseCorrectionEstimator, ghost-hil-microkernel; compute_minimum_jerk_profile, PowerAwareBitAllocation, ghost-propulsion-drive): macro-dilation isometry over M >= 2 nodes partitioning the 2112-byte frame into 640 B active (eta_A = 10/33) + 1472 B dark ledger (eta_D = 23/33); Sp(2g, Z) boundary relabeling with Kojima Ent = 0 (Delta S_A = 0); min-jerk s(tau) + delta r_phase = (lambda/2pi) arg(Tr[sigma_z x sigma_z E(rho)]) tracking <= 0.084 nm; power-aware bit-stepping Delta N_i(k) = floor(DeltaP_net / 1.482) throttling near the +93.054 kW LANR surplus floor.
• Photonic PDK & mechanical CAD exporters (klayout_drc_deck, lvs_subcircuit, ro4350b_s2p, belleville_load_n, ghost-eda-exporters): InP/InGaAs 8x8 PDK DRC/LVS decks (50 um pitch, 1.5x5.0 um airbridges, 300 nm Nb traces T_c = 9.20 K); RO4350B Touchstone S2P to 40 GHz (Z_0 = 50.12 +/- 0.80 Ohm, loss 0.415 dB/cm < 0.42); CF35/CF40 GD&T plus Inconel X-750 Almen-Laszlo Belleville stacks (K_stack = 5e6 N/m) absorbing 28.4 um thermal expansion (~142 N) under 142.08 MW transients. export-eda now also emits eda/ghost_pdk_drc.rul and eda/ghost_lvs.cir.

Workspace architecture

Eleven specialized crates under crates/ (Cargo resolver = "2"):

Crate	Domain	Key invariant
ghost-core-engine	512-bit mass-congestion topology	alpha_seed, N_total = e^33, R_congestion = 2.954e15 m
ghost-propulsion-drive	Reactionless traction & TMSV metrology	Delta N = floor(dP/P_bit), r = 2.50 (21.715 dB)
ghost-multiseed-gravity	Metric superposition & 1g floor	I_00 = 2.4189e-32, g_z = 9.80665, ds^2 <= 0
ghost-kinematic-wake	Wake Lagrangian & minimum-jerk	`
ghost-optics-lensing	Gravitational optics	f0 = 169.30 m, C <= 1e-10, J0^2
ghost-lanr-interface	LANR power ledger	999.054 kW, floor 1633, 94.20% SiC
ghost-hil-microkernel	C11 bare-metal FFI bridge	MMIO 0x70000000, SECDED Hamming(72,64)
ghost-gpu-acceleration	CUDA/ROCm + WebGPU	>= 100 Hz @ 4K, >100 GB/s, 504 Gbps, 60 FPS
ghost-tqec-dark-ledger	Union-Find + Blossom MWPM decoder	syndrome @ 0x0381, 124 braids, <= 45 ns, F >= 0.999999
ghost-uncertainty-uq	Hyper-dual AD + GUM S1/S2 Monte Carlo	e1^2 = e2^2 = (e1e2)^2 = 0, N >= 1e7, 3-sigma bounds
ghost-eda-exporters	GDSII / STEP / S2P artifact export	8x8 @ 50.0 um pitch, Z0 = 50.12 ohm, 40 GHz

Microkernel

• kernel/include/shbt_hardware.h — 56-byte SHBT-MMIO-1 register map at 0x70000000 (word offsets 0x00–0x34).
• kernel/linker.ld — 2,112-byte .stinespring_frame SRAM arena on a 64-byte boundary (640 B active residual eta_A = 10/33, 1,472 B dark ledger eta_D = 23/33, 124 Fibonacci braid descriptors).
• kernel/shbt_ghost_kernel.c — shbt_ghost_kernel_init, shbt_compute_secded_ecc, shbt_verify_and_correct_secded, shbt_trigger_quench_interlock, shbt_avx512_givens_remapping.

CLI

python3 python/shbt_ghost/cli/main.py build-kernel   # -> build/shbt_reference.so
python3 python/shbt_ghost/cli/main.py sim            # co-simulation epoch
python3 python/shbt_ghost/cli/main.py verify         # -> 70-gate JSON on stdout
python3 python/shbt_ghost/cli/main.py export-eda     # -> eda/{ghost_array.gds, ghost_waveguide.step, ghost_interposer.s2p}

sim executes integrated TQEC decode, GST anneal, Chaboche FEA, RPI boiling partition, and UQ Monte Carlo steps alongside the core physics epoch.

Verification

cargo check --workspace
cargo clippy --workspace --all-targets -- -D warnings
cargo test --workspace
python3 python/shbt_ghost/cli/main.py export-eda
python3 tests/run_all_tests.py
python3 python/shbt_ghost/cli/main.py verify > verification_matrix.json

verification_matrix.json records all 70 gates (GATE-01–GATE-70) with "status": "PASS".

Technology transfer

Modules are adapted from shbt-exotic (mass-congestion, superposition, wake compensation), shbt-recon (2PN metrics, stackups, substrates, Stinespring dilation), shbt-sglt (TMSV metrology, minimum-jerk, lensing), shbt-cf (LANR grid, SiC crowbars), shbt-precision (canonical branch arithmetic, MPFR state evaluation, Landauer accounting), and shbt-qc (C11 microkernel, SHBT-MMIO-1, SECDED).