# Asset Manifest

## assets/diagrams/evidence_contract_layer.svg

- Asset type: SVG diagram
- Creation method: hand-authored simple public-safe SVG with text and basic shapes.
- Rendered concept: solver or backend candidates passing through an evidence contract layer before claim gates.
- External source images: none
- Screenshots: none
- AI image generation: none
- Private source code copied: no
- Claim boundary: roadmap diagram only, not validation evidence, not production readiness.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/hero/dad_fieldworks_solver_scattering_hero.gif

- Asset type: animated GIF
- Creation method: solver generated numerical field diagnostic
- Solver family: 2D FDTD TMz
- Field quantity: Ez
- PEC object: yes
- External source images: none
- Screenshots: none
- AI image generation: none
- Private source code copied: no
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.
- Claim boundary: diagnostic visualization only, not validation evidence, not production readiness.

## assets/hero/dad_fieldworks_solver_scattering_hero_poster.png

- Asset type: static PNG poster
- Creation method: solver generated numerical field diagnostic
- Solver family: 2D FDTD TMz
- Field quantity: Ez
- PEC object: yes
- External source images: none
- Screenshots: none
- AI image generation: none
- Private source code copied: no
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.
- Claim boundary: diagnostic visualization only, not validation evidence, not production readiness.

## assets/animations/pcb_trace/pcb_trace_sideview_energy_flow.gif

- Asset type: animated GIF
- Creation method: solver generated numerical PCB visualization
- Solver family used: quasi-TEM microstrip transmission-line time-domain update with cross-sectional field rendering.
- Rendered quantity: current magnitude on top conductor, electric field lines between trace and ground, and energy flow in the dielectric region.
- Geometry summary: top trace, dielectric substrate, and lower ground plane.
- External source images: none
- Screenshots: none
- AI image generation: none
- Internal named toolchains used in public asset generation: none
- Private source code copied: no
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.
- Claim boundary: diagnostic visualization only, not validation evidence, not production readiness.

## assets/animations/pcb_trace/pcb_trace_sideview_energy_flow_poster.png

- Asset type: static PNG poster
- Creation method: solver generated numerical PCB visualization
- Solver family used: quasi-TEM microstrip transmission-line time-domain update with cross-sectional field rendering.
- Rendered quantity: current magnitude on top conductor, electric field lines between trace and ground, and energy flow in the dielectric region.
- Geometry summary: top trace, dielectric substrate, and lower ground plane.
- External source images: none
- Screenshots: none
- AI image generation: none
- Internal named toolchains used in public asset generation: none
- Private source code copied: no
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.
- Claim boundary: diagnostic visualization only, not validation evidence, not production readiness.

## assets/animations/pec_cavity/pec_cavity_eigenmode_field_slice.gif

- Asset type: animated GIF
- Creation method: solver generated numerical PEC cavity eigenmode visualization
- Solver or model family used: scalar Helmholtz finite-difference eigenmode with homogeneous Dirichlet boundary conditions.
- Rendered quantity: signed scalar eigenmode amplitude with standing-wave phase factor.
- Slice planes: xy at `z = d/2`, xz at `y = b/2`, and yz at `x = a/2`.
- Geometry summary: rectangular PEC cavity with dimensions `0.08 m x 0.084 m x 0.084 m`.
- Mode indices: `{1, 1, 1}`.
- External source images: none
- Screenshots: none
- AI image generation: none
- Internal named toolchains used in public asset generation: none
- Private source code copied: no
- Claim boundary: diagnostic visualization only, not validation evidence, not production readiness.
- Scalar boundary: not a full vector Maxwell eigenmode claim.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/pec_cavity/pec_cavity_eigenmode_field_slice_poster.png

- Asset type: static PNG poster
- Creation method: solver generated numerical PEC cavity eigenmode visualization
- Solver or model family used: scalar Helmholtz finite-difference eigenmode with homogeneous Dirichlet boundary conditions.
- Rendered quantity: signed scalar eigenmode amplitude with standing-wave phase factor.
- Slice planes: xy at `z = d/2`, xz at `y = b/2`, and yz at `x = a/2`.
- Geometry summary: rectangular PEC cavity with dimensions `0.08 m x 0.084 m x 0.084 m`.
- Mode indices: `{1, 1, 1}`.
- External source images: none
- Screenshots: none
- AI image generation: none
- Internal named toolchains used in public asset generation: none
- Private source code copied: no
- Claim boundary: diagnostic visualization only, not validation evidence, not production readiness.
- Scalar boundary: not a full vector Maxwell eigenmode claim.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/pcb_discontinuity/pcb_discontinuity_reflection.gif

- Asset type: animated GIF
- Creation method: solver generated numerical PCB discontinuity reflection visualization
- Solver family or modeling family used: lossless characteristic-wave transmission-line time-domain update derived from an ideal line model.
- Rendered quantity: signed voltage along the line, current magnitude along the line, and a space-time voltage diagnostic.
- Geometry summary: PCB trace with impedance discontinuity.
- Discontinuity summary: `Z1 = 50 ohm` to `Z2 = 30 ohm`, with diagnostic reflection coefficient `Gamma = -0.25`.
- External source images: none
- Screenshots: none
- AI image generation: none
- Internal named toolchains used in public asset generation: none
- Private source code copied: no
- Claim boundary: diagnostic visualization only, not validation evidence, not production readiness.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/pcb_discontinuity/pcb_discontinuity_reflection_poster.png

- Asset type: static PNG poster
- Creation method: solver generated numerical PCB discontinuity reflection visualization
- Solver family or modeling family used: lossless characteristic-wave transmission-line time-domain update derived from an ideal line model.
- Rendered quantity: signed voltage along the line, current magnitude along the line, and a space-time voltage diagnostic.
- Geometry summary: PCB trace with impedance discontinuity.
- Discontinuity summary: `Z1 = 50 ohm` to `Z2 = 30 ohm`, with diagnostic reflection coefficient `Gamma = -0.25`.
- External source images: none
- Screenshots: none
- AI image generation: none
- Internal named toolchains used in public asset generation: none
- Private source code copied: no
- Claim boundary: diagnostic visualization only, not validation evidence, not production readiness.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/quantum_hardware/quantum_hardware_resonator_diagnostic.gif

- Asset type: animated GIF
- Creation method: solver generated numerical RF or microwave resonator diagnostic
- Solver or model family used: scalar Helmholtz finite-difference eigenmode diagnostic.
- Rendered quantities: signed scalar field-mode amplitude on orthogonal slices and standing-wave phase evolution.
- Structure type: rectangular microwave cavity resonator.
- External source images: none
- Screenshots: none
- AI image generation: none
- Internal named toolchains used in public asset generation: none
- Private source code copied: no
- Claim boundary: diagnostic visualization only, not validation evidence, not production readiness, not a complete quantum hardware solver claim.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/quantum_hardware/quantum_hardware_resonator_diagnostic_poster.png

- Asset type: static PNG poster
- Creation method: solver generated numerical RF or microwave resonator diagnostic
- Solver or model family used: scalar Helmholtz finite-difference eigenmode diagnostic.
- Rendered quantities: signed scalar field-mode amplitude on orthogonal slices and standing-wave phase evolution.
- Structure type: rectangular microwave cavity resonator.
- External source images: none
- Screenshots: none
- AI image generation: none
- Internal named toolchains used in public asset generation: none
- Private source code copied: no
- Claim boundary: diagnostic visualization only, not validation evidence, not production readiness, not a complete quantum hardware solver claim.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/quantum_hardware/fdtd_microwave_resonator_ringdown.gif

- Asset type: animated GIF
- Creation method: solver generated FDTD microwave resonator diagnostic
- Solver or model family used: 2D FDTD TMz diagnostic.
- Rendered quantities: signed Ez field, probe Ez trace, and cavity field energy.
- Geometry summary: line-coupled rectangular microwave resonator with PEC-like walls, feed region, coupling slot, and central post.
- Source type: Gaussian-windowed sinusoidal pulse from the feed side.
- Boundary handling: graded-loss edge absorber.
- External source images: none
- Screenshots: none
- AI image generation: none
- Internal named toolchains used in public asset generation: none
- Private source code copied: no
- Claim boundary: diagnostic visualization only, not validation evidence, not production readiness, not qubit simulation.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/quantum_hardware/fdtd_microwave_resonator_ringdown_poster.png

- Asset type: static PNG poster
- Creation method: solver generated FDTD microwave resonator diagnostic
- Solver or model family used: 2D FDTD TMz diagnostic.
- Rendered quantities: signed Ez field, probe Ez trace, and cavity field energy.
- Geometry summary: line-coupled rectangular microwave resonator with PEC-like walls, feed region, coupling slot, and central post.
- Source type: Gaussian-windowed sinusoidal pulse from the feed side.
- Boundary handling: graded-loss edge absorber.
- External source images: none
- Screenshots: none
- AI image generation: none
- Internal named toolchains used in public asset generation: none
- Private source code copied: no
- Claim boundary: diagnostic visualization only, not validation evidence, not production readiness, not qubit simulation.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/yee_incidence/yee_curl_incidence_microprototype.gif

- Asset type: animated GIF
- Creation method: Python-rendered public-safe schematic visualization.
- Solver or model family used: bounded native Yee curl incidence microprototype concept.
- Rendered quantities or concepts: oriented Yee E unknowns, local curl orientation, signed incidence row entries, bounded row record, and claim boundary.
- External source images: none
- Screenshots: none
- AI image generation: none
- Internal named toolchains used in public asset generation: none
- Private source code copied: no
- Claim boundary: diagnostic visualization only, not curl-curl assembly, not a production incidence matrix, not an eigensolve, not validation evidence, not production readiness.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/yee_incidence/yee_curl_incidence_microprototype_poster.png

- Asset type: static PNG poster
- Creation method: Python-rendered public-safe schematic visualization.
- Solver or model family used: bounded native Yee curl incidence microprototype concept.
- Rendered quantities or concepts: oriented Yee E unknowns, local curl orientation, signed incidence row entries, bounded row record, and claim boundary.
- External source images: none
- Screenshots: none
- AI image generation: none
- Internal named toolchains used in public asset generation: none
- Private source code copied: no
- Claim boundary: diagnostic visualization only, not curl-curl assembly, not a production incidence matrix, not an eigensolve, not validation evidence, not production readiness.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/fdtd_resonator_fft/fdtd_resonator_ringdown_fft.gif

- Asset type: animated GIF
- Creation method: Python-rendered 2D FDTD TMz numerical diagnostic with FFT derived from the recorded probe signal.
- Solver or model family used: 2D FDTD TMz diagnostic.
- Rendered quantities or concepts: signed Ez field, probe Ez time trace, cavity field energy, and normalized FFT spectrum.
- Geometry summary: line-coupled resonator-like cavity with PEC-like walls, coupling slot, feed region, and central post.
- Source type: Gaussian-windowed sinusoidal pulse.
- Boundary handling: graded-loss edge absorber. No CPML claim is made.
- External source images: none
- Screenshots: none
- AI image generation: none
- Internal named toolchains used in public asset generation: none
- Private source code copied: no
- Claim boundary: diagnostic visualization only, not validation evidence, not production readiness, not qubit simulation, not a Josephson junction model.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/fdtd_resonator_fft/fdtd_resonator_ringdown_fft_poster.png

- Asset type: static PNG poster
- Creation method: Python-rendered 2D FDTD TMz numerical diagnostic with FFT derived from the recorded probe signal.
- Solver or model family used: 2D FDTD TMz diagnostic.
- Rendered quantities or concepts: signed Ez field, probe Ez time trace, cavity field energy, and normalized FFT spectrum.
- Geometry summary: line-coupled resonator-like cavity with PEC-like walls, coupling slot, feed region, and central post.
- Source type: Gaussian-windowed sinusoidal pulse.
- Boundary handling: graded-loss edge absorber. No CPML claim is made.
- External source images: none
- Screenshots: none
- AI image generation: none
- Internal named toolchains used in public asset generation: none
- Private source code copied: no
- Claim boundary: diagnostic visualization only, not validation evidence, not production readiness, not qubit simulation, not a Josephson junction model.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/microwave_cavity_eigenmode_birth.gif

- Asset type: animated GIF
- Creation method: deterministic Python numerical visualization
- Rendered quantities or concepts: Yee electric unknowns; oriented curl incidence; sparse matrix style signed incidence entries; bounded curl-curl structure marked as prototype only; standing PEC cavity eigenmode slice; residual and analytical reference status.
- External source images: none
- Screenshots: none
- AI image generation: none
- Internal named toolchains used in public asset generation: none
- Private source code copied: no
- Claim boundary: bounded internal prototype visualization only, not external validation, not production readiness, not a qubit simulation.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/microwave_cavity_eigenmode_birth_poster.png

- Asset type: static PNG poster
- Creation method: deterministic Python numerical visualization
- Rendered quantities or concepts: Yee electric unknowns; oriented curl incidence; sparse matrix style signed incidence entries; bounded curl-curl structure marked as prototype only; standing PEC cavity eigenmode slice; residual and analytical reference status.
- External source images: none
- Screenshots: none
- AI image generation: none
- Internal named toolchains used in public asset generation: none
- Private source code copied: no
- Claim boundary: bounded internal prototype visualization only, not external validation, not production readiness, not a qubit simulation.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/microwave_cavity_eigenmode_birth_summary.json

- Asset type: JSON summary
- Creation method: deterministic Python numerical visualization
- Rendered quantities or concepts: Yee electric unknowns; oriented curl incidence; sparse matrix style signed incidence entries; bounded curl-curl structure marked as prototype only; standing PEC cavity eigenmode slice; residual and analytical reference status.
- External source images: none
- Screenshots: none
- AI image generation: none
- Internal named toolchains used in public asset generation: none
- Private source code copied: no
- Claim boundary: bounded internal prototype visualization only, not external validation, not production readiness, not a qubit simulation.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/pec_resonator_candidate/pec_resonator_candidate_evidence_gate.gif

- Asset type: animated GIF
- Creation method: deterministic Python analytic and discrete diagnostic generation.
- Rendered quantities or concepts: 3D projected rectangular PEC cavity; TE101 analytic reference field; candidate eigenvalue; finite difference residual; evidence gate.
- External source images: none
- Screenshots: none
- Generative image tools: none
- Private source code copied: no
- Claim boundary: bounded diagnostic only, not external validation, not production readiness, not mode acceptance evidence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/pec_resonator_candidate/pec_resonator_candidate_evidence_gate_poster.png

- Asset type: static PNG poster
- Creation method: deterministic Python analytic and discrete diagnostic generation.
- Rendered quantities or concepts: 3D projected rectangular PEC cavity; TE101 analytic reference field; candidate eigenvalue; finite difference residual; evidence gate.
- External source images: none
- Screenshots: none
- Generative image tools: none
- Private source code copied: no
- Claim boundary: bounded diagnostic only, not external validation, not production readiness, not mode acceptance evidence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/pec_resonator_candidate/pec_resonator_candidate_evidence_gate_summary.json

- Asset type: JSON summary
- Creation method: deterministic Python analytic and discrete diagnostic generation.
- Rendered quantities or concepts: 3D projected rectangular PEC cavity; TE101 analytic reference field; candidate eigenvalue; finite difference residual; evidence gate.
- External source images: none
- Screenshots: none
- Generative image tools: none
- Private source code copied: no
- Claim boundary: bounded diagnostic only, not external validation, not production readiness, not mode acceptance evidence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## scripts/generate_pec_resonator_candidate_evidence_gate.py

- Asset type: Python generator script
- Creation method: deterministic Python analytic and discrete diagnostic generation.
- Rendered quantities or concepts: 3D projected rectangular PEC cavity; TE101 analytic reference field; candidate eigenvalue; finite difference residual; evidence gate.
- External source images: none
- Screenshots: none
- Generative image tools: none
- Private source code copied: no
- Claim boundary: bounded diagnostic only, not external validation, not production readiness, not mode acceptance evidence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/eigenpair_residual_gate/eigenpair_residual_evidence_gate.gif

- Asset type: animated GIF
- Creation method: deterministic Python residual and evidence score visualization.
- Rendered quantities or concepts: large candidate field slice; residual equation card; readable residual metrics table; final bounded diagnostic score; final claim gate; explicit pixel safe zones; final-state poster.
- External source images: none
- Screenshots: none
- Generative image tools: none
- Private source code copied: no
- Claim boundary: bounded diagnostic only, not external validation, not production readiness, not mode acceptance evidence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.
## assets/animations/eigenpair_residual_gate/eigenpair_residual_evidence_gate_poster.png

- Asset type: static PNG poster
- Creation method: deterministic Python residual and evidence score visualization.
- Rendered quantities or concepts: large candidate field slice; residual equation card; readable residual metrics table; final bounded diagnostic score; final claim gate; explicit pixel safe zones; final-state poster.
- External source images: none
- Screenshots: none
- Generative image tools: none
- Private source code copied: no
- Claim boundary: bounded diagnostic only, not external validation, not production readiness, not mode acceptance evidence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/eigenpair_residual_gate/eigenpair_residual_evidence_gate_summary.json

- Asset type: JSON summary
- Creation method: deterministic Python residual and evidence score visualization.
- Rendered quantities or concepts: large candidate field slice; residual equation card; readable residual metrics table; final bounded diagnostic score; final claim gate; explicit pixel safe zones; final-state poster.
- External source images: none
- Screenshots: none
- Generative image tools: none
- Private source code copied: no
- Claim boundary: bounded diagnostic only, not external validation, not production readiness, not mode acceptance evidence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## scripts/generate_eigenpair_residual_evidence_gate.py

- Asset type: Python generator script
- Creation method: deterministic Python residual and evidence score visualization.
- Rendered quantities or concepts: large candidate field slice; residual equation card; readable residual metrics table; final bounded diagnostic score; final claim gate; explicit pixel safe zones; final-state poster.
- External source images: none
- Screenshots: none
- Generative image tools: none
- Private source code copied: no
- Claim boundary: bounded diagnostic only, not external validation, not production readiness, not mode acceptance evidence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/pec_cavity_convergence/pec_cavity_convergence_plot.gif

- Asset type: animated GIF
- Creation method: deterministic Python analytical and finite-difference convergence diagnostic.
- Rendered quantities or concepts: rectangular PEC cavity, mode 111 scalar reference, grid refinement, numerical frequency sequence, relative error, convergence curve, analytical reference comparison.
- External source images: none
- Screenshots: none
- Generative image tools: none
- Private source code copied: no
- Claim boundary: bounded scalar PEC diagnostic only, not external validation, not production readiness, not mode acceptance evidence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/pec_cavity_convergence/pec_cavity_convergence_plot_poster.png

- Asset type: static PNG poster
- Creation method: deterministic Python analytical and finite-difference convergence diagnostic.
- Rendered quantities or concepts: rectangular PEC cavity, mode 111 scalar reference, grid refinement, numerical frequency sequence, relative error, convergence curve, analytical reference comparison.
- External source images: none
- Screenshots: none
- Generative image tools: none
- Private source code copied: no
- Claim boundary: bounded scalar PEC diagnostic only, not external validation, not production readiness, not mode acceptance evidence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/pec_cavity_convergence/pec_cavity_convergence_summary.json

- Asset type: JSON summary
- Creation method: deterministic Python analytical and finite-difference convergence diagnostic.
- Rendered quantities or concepts: rectangular PEC cavity, mode 111 scalar reference, grid refinement, numerical frequency sequence, relative error, convergence curve, analytical reference comparison.
- External source images: none
- Screenshots: none
- Generative image tools: none
- Private source code copied: no
- Claim boundary: bounded scalar PEC diagnostic only, not external validation, not production readiness, not mode acceptance evidence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## scripts/generate_pec_cavity_convergence_plot.py

- Asset type: Python generator script
- Creation method: deterministic Python analytical and finite-difference convergence diagnostic.
- Rendered quantities or concepts: rectangular PEC cavity, mode 111 scalar reference, grid refinement, numerical frequency sequence, relative error, convergence curve, analytical reference comparison.
- External source images: none
- Screenshots: none
- Generative image tools: none
- Private source code copied: no
- Claim boundary: bounded scalar PEC diagnostic only, not external validation, not production readiness, not mode acceptance evidence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.
## data/dad_signal_integrity_v0_3_examples.json

- Asset type: JSON public data file
- Creation method: public-safe data model assembled from audited internal Signal Integrity Kernel v0.3 records and read-only function probe outputs.
- Rendered quantities or concepts: Microstrip width synthesis, analytical reference family comparison summary, stripline analytical reference, coupled-line even/odd mode, differential-pair spacing sweep, capability map and future-route status.
- External source images: none
- Screenshots: none
- AI image generation: none
- Private source code copied: no
- Claim boundary: source backed internal analytical reference dashboards only, not external validation, not production readiness, not full wave EM simulation, not measurement validation.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## scripts/live_engineering_examples.js

- Asset type: local JavaScript renderer
- Creation method: lightweight public website script that renders the public Signal Integrity v0.3 JSON data into engineering dashboard cards.
- External scripts: none
- External network dependencies: none
- Analytics: none
- Private source code copied: no
- Claim boundary: display layer only; it does not implement engineering formulas and does not broaden validation or production claims.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## docs/live_engineering_examples_provenance.md

- Asset type: Markdown provenance note
- Creation method: public documentation for the live engineering examples section.
- External source images: none
- Screenshots: none
- AI image generation: none
- Private source code copied: no
- Claim boundary: provenance note only, not external validation, not production readiness.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/hero/dad_fieldworks_kernel_wave_hero.png

- Asset type: public website hero PNG
- Creation method: deterministic Python rendering from public-safe rectangular PEC cavity mode 111 scalar field data.
- Rendered quantities or concepts: scalar field slice, contour structure, Yee-style sample markers and abstract evidence nodes.
- External source images: none
- Screenshots: none
- AI image generation: none
- Private source code copied: no
- Claim boundary: public brand visualization only, not external validation, not production readiness, not commercial solver equivalence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/hero/dad_fieldworks_kernel_wave_hero.webp

- Asset type: public website hero WebP
- Creation method: deterministic Python rendering from public-safe rectangular PEC cavity mode 111 scalar field data.
- Rendered quantities or concepts: scalar field slice, contour structure, Yee-style sample markers and abstract evidence nodes.
- External source images: none
- Screenshots: none
- AI image generation: none
- Private source code copied: no
- Claim boundary: public brand visualization only, not external validation, not production readiness, not commercial solver equivalence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/hero/dad_fieldworks_kernel_wave_hero_summary.json

- Asset type: JSON summary
- Creation method: deterministic Python rendering from public-safe rectangular PEC cavity mode 111 scalar field data.
- External source images: none
- Screenshots: none
- AI image generation: none
- Private source code copied: no
- Claim boundary: public brand visualization only, not external validation, not production readiness, not commercial solver equivalence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/brand/dad_fieldworks_kernel_wave_mark.png

- Asset type: public brand PNG mark
- Creation method: deterministic Python rendering from public-safe rectangular PEC cavity mode 111 scalar field data.
- Rendered quantities or concepts: scalar field contours, bounded cavity frame and abstract evidence nodes.
- External source images: none
- Screenshots: none
- AI image generation: none
- Private source code copied: no
- Claim boundary: public brand visualization only, not external validation, not production readiness, not commercial solver equivalence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/brand/dad_fieldworks_kernel_wave_mark.svg

- Asset type: public brand SVG mark
- Creation method: deterministic Python vector rendering from public-safe rectangular PEC cavity mode 111 scalar field contour data.
- Rendered quantities or concepts: contour paths, bounded cavity frame and abstract evidence nodes.
- External source images: none
- Screenshots: none
- AI image generation: none
- Private source code copied: no
- Claim boundary: public brand visualization only, not external validation, not production readiness, not commercial solver equivalence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/brand/dad_fieldworks_kernel_wave_mark_poster.png

- Asset type: public brand poster PNG
- Creation method: deterministic Python rendering from public-safe rectangular PEC cavity mode 111 scalar field data.
- Rendered quantities or concepts: scalar field contours, bounded cavity frame and abstract evidence nodes.
- External source images: none
- Screenshots: none
- AI image generation: none
- Private source code copied: no
- Claim boundary: public brand visualization only, not external validation, not production readiness, not commercial solver equivalence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/brand/README.md

- Asset type: Markdown brand asset note
- Creation method: public documentation for the kernel wave brand graphics.
- External source images: none
- Screenshots: none
- AI image generation: none
- Private source code copied: no
- Claim boundary: documentation only, not external validation, not production readiness.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## docs/kernel_wave_hero_brand_provenance.md

- Asset type: Markdown provenance note
- Creation method: public documentation for the kernel wave hero graphic.
- External source images: none
- Screenshots: none
- AI image generation: none
- Private source code copied: no
- Claim boundary: provenance note only, not external validation, not production readiness.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## scripts/generate_kernel_wave_hero_brand.py

- Asset type: Python renderer script
- Creation method: deterministic public asset renderer using a public-safe rectangular PEC cavity mode 111 scalar field specification.
- External source images: none
- Screenshots: none
- AI image generation: none
- Private source code copied: no
- Claim boundary: public asset renderer only; it does not implement runtime engineering behavior and does not broaden validation or production claims.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/fdtd_ringdown_png_sequence/

- Asset type: sanitized public PNG frame sequence
- Creation method: DAD internal PNG writer output from DAD FieldWorks 2D TMz FDTD field matrices.
- Primary evidence artifact: PNG frame sequence.
- Derived GIF status: website preview only.
- External images: none
- Screenshots: none
- AI image generation: none
- Text inside frames: no
- Private source code copied: no
- Claim boundary: internal research visualization only, not external validation, not benchmark evidence, not measurement evidence, not production evidence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/fdtd_ringdown_png_sequence/manifest.json

- Asset type: JSON frame sequence manifest
- Creation method: public metadata produced by `scripts/package_fdtd_ringdown_png_sequence_to_gif.py`.
- Primary evidence artifact: PNG frame sequence.
- Derived GIF status: website preview only.
- External images: none
- Screenshots: none
- AI image generation: none
- Private source code copied: no
- Claim boundary: manifest only, not external validation, not benchmark evidence, not measurement evidence, not production evidence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/hero/fdtd_microwave_resonator_ringdown_clean_hero.gif

- Asset type: text-free public website hero GIF
- Creation method: derived website preview from the DAD internal PNG writer frame sequence.
- Rendered quantities or concepts: signed Ez field evolution from a bounded PEC wall 2D TMz FDTD ringdown diagnostic.
- Primary evidence artifact: PNG frame sequence.
- GIF evidence status: website preview only.
- External source images: none
- Screenshots: none
- AI image generation: none
- Text inside frames: no
- Private source code copied: no
- Claim boundary: bounded diagnostic visualization only, not external validation, not production readiness, not commercial solver equivalence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/hero/fdtd_microwave_resonator_ringdown_clean_hero_poster.png

- Asset type: text-free public website hero poster PNG
- Creation method: poster frame derived from the sanitized DAD internal PNG writer frame sequence.
- Rendered quantities or concepts: signed Ez field state from a bounded PEC wall 2D TMz FDTD ringdown diagnostic.
- Primary evidence artifact: PNG frame sequence.
- External source images: none
- Screenshots: none
- AI image generation: none
- Text inside frames: no
- Private source code copied: no
- Claim boundary: bounded diagnostic visualization only, not external validation, not production readiness, not commercial solver equivalence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/hero/fdtd_microwave_resonator_ringdown_clean_hero_summary.json

- Asset type: JSON summary
- Creation method: summary for the derived website GIF packaged from sanitized PNG frames.
- External source images: none
- Screenshots: none
- AI image generation: none
- Text inside frames: no
- Private source code copied: no
- Primary evidence artifact: PNG frame sequence.
- GIF evidence status: website preview only.
- Claim boundary: bounded diagnostic visualization only, not external validation, not benchmark evidence, not measurement evidence, not production evidence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/hero/dad_fieldworks_rf_wave_background.svg

- Asset type: hero background SVG
- Creation method: deterministic local SVG/CSS technical illustration.
- Rendered quantities or concepts: abstract RF field-wave mesh, cyan field ribbon, restrained orange signal trace and luminous mesh nodes.
- External images: none
- Screenshots: none
- AI image generation: none
- External network dependencies: none
- Private source code copied: no
- Claim boundary: brand background only, not validation evidence, not production readiness.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## docs/hero_rf_wave_background_provenance.md

- Asset type: Markdown provenance note
- Creation method: public documentation for the RF wave hero background.
- External images: none
- Screenshots: none
- AI image generation: none
- Private source code copied: no
- Claim boundary: provenance note only, not validation evidence, not production readiness.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## docs/fdtd_microwave_resonator_ringdown_clean_hero_provenance.md

- Asset type: Markdown provenance note
- Creation method: public documentation for the text-free FDTD microwave resonator ringdown PNG sequence and derived website GIF.
- External source images: none
- Screenshots: none
- AI image generation: none
- Text inside frames: no
- Private source code copied: no
- Primary evidence artifact: PNG frame sequence.
- GIF evidence status: website preview only.
- Claim boundary: provenance note only, not external validation, not benchmark evidence, not measurement evidence, not production evidence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## scripts/package_fdtd_ringdown_png_sequence_to_gif.py

- Asset type: Python packaging script
- Creation method: packages sanitized public PNG frames into a compact website GIF and writes public metadata.
- External source images: none
- Screenshots: none
- AI image generation: none
- Text inside frames: no
- Private source code copied: no
- Claim boundary: packaging script only; it does not compute field data and does not broaden validation or production claims.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/animations/pcb2d_microstrip_field_scientific_v2_sequence/

- Asset type: PNG frame sequence
- Creation method: rendered from real DAD FieldWorks PCB 2D quasi-static field-grid data with the internal DAD PNG writer.
- Rendered quantity: `electric_field_magnitude_v_per_m`.
- Renderer style: Scientific Field Image Renderer V2, blue-to-red scalar map, fixed axes, colorbar, ground, trace and substrate overlays.
- Drive sweep method: deterministic drive voltage amplitude scaling of the real field grid from `0.10` to `1.00` and back to `0.10`.
- Primary evidence artifact: PNG frame sequence.
- External source images: none
- Screenshots: none
- Generative image tools: none
- Python plotting: none
- Private source code copied: no
- Claim boundary: internal PCB 2D quasi-static field visualization only, not external validation, not measurement evidence, not benchmark evidence, not production evidence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/hero/pcb2d_microstrip_field_scientific_v2_hero.gif

- Asset type: public website hero GIF
- Creation method: derived website preview from the PNG frame sequence under `assets/animations/pcb2d_microstrip_field_scientific_v2_sequence/frames/`.
- GIF evidence status: website preview only.
- External source images: none
- Screenshots: none
- Generative image tools: none
- Python plotting: none
- Private source code copied: no
- Claim boundary: internal PCB 2D quasi-static field visualization only, not external validation, not measurement evidence, not benchmark evidence, not production evidence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/hero/pcb2d_microstrip_field_scientific_v2_hero_poster.png

- Asset type: static poster PNG
- Creation method: poster frame derived from the PNG frame sequence.
- External source images: none
- Screenshots: none
- Generative image tools: none
- Python plotting: none
- Private source code copied: no
- Claim boundary: internal PCB 2D quasi-static field visualization only, not external validation, not measurement evidence, not benchmark evidence, not production evidence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## assets/hero/pcb2d_microstrip_field_scientific_v2_hero_summary.json

- Asset type: JSON summary
- Creation method: summary for the derived website GIF packaged from the PNG frame sequence.
- External source images: none
- Screenshots: none
- Generative image tools: none
- Python plotting: none
- Private source code copied: no
- Primary evidence artifact: PNG frame sequence.
- GIF evidence status: website preview only.
- Claim boundary: internal PCB 2D quasi-static field visualization only, not external validation, not measurement evidence, not benchmark evidence, not production evidence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## scripts/package_pcb2d_microstrip_field_scientific_v2_to_gif.py

- Asset type: Python packaging script
- Creation method: packages public PNG frames into a compact website GIF and writes public metadata.
- Field computation: none.
- External source images: none
- Screenshots: none
- Generative image tools: none
- Python plotting: none
- Private source code copied: no
- Claim boundary: packaging script only; it does not compute field data and does not broaden validation or production claims.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.

## docs/pcb2d_microstrip_field_scientific_v2_hero_provenance.md

- Asset type: Markdown provenance note
- Creation method: public documentation for the PCB 2D microstrip scientific field PNG sequence and derived website GIF.
- External source images: none
- Screenshots: none
- Generative image tools: none
- Python plotting: none
- Private source code copied: no
- Primary evidence artifact: PNG frame sequence.
- GIF evidence status: website preview only.
- Claim boundary: provenance note only, not external validation, not benchmark evidence, not measurement evidence, not production evidence.
- Copyright holder: Harun Aktas
- Copyright notice: Copyright © 2026 Harun Aktas. All rights reserved.