Vantasner Hydride–Piezo
[DOCS]
01 PITCH 02 PROGRAM 03 DETAIL 04 SOURCE

[SOURCE / DOCUMENTS]

Every document, in full.

The program lives in one repository of 20 markdown documents, and every page of this site is built from it. Here the documents are unabridged: every table, every number, every reference, linked to each other.

[DOCUMENTS]
20
[WORDS]
51,820
[SECTIONS]
192
[TABLES]
57
[REFERENCES]
108 →
[REPOSITORY]
565df65

[THE SHELF]

Each spine is one document, as tall as its word count. The longest, 12-month plan, runs 5,749 words.

  1. 1.5k Pitch outline
  2. 5.7k 12-month plan
  3. 686 README

Program

  1. 2k Cluster 01
  2. 1.6k Cluster 02
  3. 3.7k Cluster 03
  4. 3k Cluster 04
  5. 2.4k Cluster 05
  6. 1.3k Cluster 06
  7. 1.1k Cluster 07
  8. 1.2k Cluster 08
  9. 403 Prior-art index
  10. 4.4k References

Evidence

  1. 4.5k Science & foundations

Science

  1. 2.6k Materials specs
  2. 2.2k Suppliers & prices

Device

  1. 2.4k Simulation queue
  2. 3.7k Simulation toolchain

Engine

  1. 2.1k Lab bill of materials
  2. 5.3k Lab build

Lab

[01 / 06]

Program

3 documents · 7,922 words

The pitch skeleton, the 12-month plan and the repository map.

[PITCH] The pitch →

  1. Pitch outline

    Vantasner AG Investor Pitch Outline

    Section-by-section investor pitch skeleton

    Words
    1,487
    Sections
    12
    Tables
    0
    Read
    7 min
    Full text OUTLINE.md
    [+] 12 chapters
    1. 1. Title
    2. 2. Concept
    3. 3. Opportunity
    4. 4. Foundations
    5. 5. Prior art depth
    6. 6. Device design
    7. 7. Simulation program
    8. 8. Lab plan
    9. 9. The 12-month plan
    10. 10. Team
    11. 11. Commercial path
    12. 12. Close

  2. 12-month plan

    VHP 12-Month Device Roadmap

    Month-by-month roadmap, budget, team, milestones

    Words
    5,749
    Sections
    25
    Tables
    7
    Read
    25 min
    Full text Designed page PLAN-12-MONTH.md
    [+] 10 chapters, 15 sub-sections
    1. 1. Prototype generations
    2. 2. Operating targets carried from the reported record
    3. 3. Month-by-month plan
    4. 4. Compute scale schedule
    5. 5. Laboratory commissioning order and ramp
    6. 6. Budget
    7. 7. Team
    8. 8. Milestones
    9. 9. Commercial path
    10. 10. What the 12 months buy

  3. README

    VHP Repository: Vantasner AG Metal Hydride Plus Piezoelectric Device Program

    Program pitch and repository map

    Words
    686
    Sections
    1
    Tables
    1
    Read
    3 min
    Full text README.md

[02 / 06]

Evidence

10 documents · 21,193 words

The eight prior-art clusters, their index and the bibliography: the body of published work the device builds on.

[CHAPTER] Evidence →

  1. Prior Art Cluster 01

    Navy Pd/D Co-Deposition (SPAWAR) and China Lake Calorimetry

    [THE QUESTION] How electrochemistry loads palladium with deuterium in situ, and how calorimetry plus track detectors were paired in one cell

    Words
    2,031
    Sections
    3
    Tables
    1
    Read
    9 min
    Full text Designed page prior-art/01-navy-codeposition.md
    [+] 3 chapters
    1. Records
    2. Narrative
    3. Carry into device

  2. Prior Art Cluster 02

    Ultrasound, Sonofusion and Cavitation Transmutation

    [THE QUESTION] What acoustic cavitation does to deuterated matter: hot-spot physics, transients, and the drive hardware it needs

    Words
    1,598
    Sections
    3
    Tables
    1
    Read
    7 min
    Full text Designed page prior-art/02-ultrasound-sonofusion.md
    [+] 3 chapters
    1. Records
    2. Narrative
    3. Carry into device

  3. Prior Art

    Electrochemical Excess-Heat Programs

    [THE QUESTION] Loading thresholds, triggering, and the calorimetry discipline the 2019 Google program codified, all carried into our drive schedule

    Words
    3,713
    Sections
    4
    Tables
    1
    Read
    17 min
    Full text Designed page prior-art/03-excess-heat-programs.md
    [+] 4 chapters
    1. Record table
    2. Short narrative
    3. Carry into device
    4. Sources

  4. Prior Art Cluster 04

    Heated Hydrides with H2 and D2 Gas Loading

    [THE QUESTION] Powder reactors: which host materials, temperatures, pressures and loading ratios produced reported heat, and the hardware class we copy

    Words
    2,982
    Sections
    4
    Tables
    1
    Read
    13 min
    Full text Designed page prior-art/04-heated-hydrides-gas-loading.md
    [+] 4 chapters
    1. Scope of this cluster
    2. Neutral record table
    3. Narrative
    4. Carry into device

  5. Prior Art Cluster 05

    Electron Screening Accelerator Measurements in Metals

    [THE QUESTION] The quantitative core: screening potentials of tens to hundreds of electronvolts by host metal, structure and temperature, our rate lever

    Words
    2,448
    Sections
    4
    Tables
    1
    Read
    11 min
    Full text Designed page prior-art/05-electron-screening.md
    [+] 4 chapters
    1. Neutral record table
    2. Confirmed screening values, one line each
    3. Narrative
    4. Carry into device

  6. Prior Art 06

    Pyroelectric Crystal Fusion and Pyroelectric Ion Sources

    [THE QUESTION] Proof that a crystal-built field ionizes and accelerates deuterons to fusion energies: the work we assign to piezoelectric force chains

    Words
    1,257
    Sections
    3
    Tables
    1
    Read
    6 min
    Full text Designed page prior-art/06-pyroelectric-fusion.md
    [+] 3 chapters
    1. Record table
    2. Narrative
    3. Carry into device

  7. Prior Art 07

    Low-Energy Fusion Yield Plateau (UC Davis / Berkeley, Thunderbird 2025)

    [THE QUESTION] The 2026 plateau result and its thermal-track rival: the exact disagreement our mechanically driven suspension is built to discriminate

    Words
    1,139
    Sections
    4
    Tables
    1
    Read
    5 min
    Full text Designed page prior-art/07-low-energy-yield-plateau.md
    [+] 4 chapters
    1. Record table
    2. What was and was not located
    3. Narrative
    4. Carry into device

  8. Prior Art 08

    Piezonuclear and Fracto-Fusion Records

    [THE QUESTION] Fracture and impact as transient deuteron sources: burst kinetics and the detector conditions used when this was tested

    Words
    1,207
    Sections
    3
    Tables
    1
    Read
    6 min
    Full text Designed page prior-art/08-piezonuclear-fracto-fusion.md
    [+] 3 chapters
    1. Record table
    2. Narrative
    3. Carry into device

  9. Prior-art index

    Prior Art Index: Eight Clusters, One Device

    The eight-cluster index

    Words
    403
    Sections
    1
    Tables
    1
    Read
    2 min
    Full text Designed page prior-art/INDEX.md

  10. References

    VHP Synthesis Bibliography

    Full deduplicated bibliography

    Words
    4,415
    Sections
    21
    Tables
    0
    Read
    20 min
    Full text Designed page sources/REFERENCES.md
    [+] 21 chapters
    1. A
    2. B
    3. C
    4. D
    5. F
    6. G
    7. H
    8. I
    9. J
    10. K
    11. L
    12. M
    13. N
    14. O
    15. P
    16. R
    17. S
    18. T
    19. W
    20. Y
    21. Coverage note

[03 / 06]

Science

1 document · 4,476 words

Reported parameters turned into device design inputs, and the six-knob mechanism map.

[CHAPTER] Device →

  1. Science & foundations

    Science and Foundations: Reported Parameters as Device Design Inputs

    Reported parameters as device design inputs

    Words
    4,476
    Sections
    16
    Tables
    8
    Read
    20 min
    Full text SCIENCE-AND-FOUNDATIONS.md
    [+] 4 chapters, 12 sub-sections
    1. 1. The parameter table
    2. 2. Mechanism map: six knobs the device drives
    3. 3. The excitation stack: one drive schedule
    4. 4. Diagnostics cross-reference

[04 / 06]

Device

2 documents · 4,759 words

Materials specifications, suppliers and planning prices for every consumable.

[CHAPTER] Device →

  1. Materials specs

    Materials Specifications: Piezo-Driven Shear-Thickening Hydride Device

    Powders, carriers, gases, excitation hardware

    Words
    2,605
    Sections
    6
    Tables
    5
    Read
    12 min
    Full text materials/SPECS.md
    [+] 6 chapters
    1. 1. Hydride and deuteride powders
    2. 2. Piezoelectric powders
    3. 3. Carrier fluids
    4. 4. Gases
    5. 5. Excitation and thermal hardware
    6. 6. Cross-cutting storage and compatibility rules

  2. Suppliers & prices

    Suppliers and Planning Prices

    Suppliers and planning prices

    Words
    2,154
    Sections
    7
    Tables
    6
    Read
    10 min
    Full text materials/SUPPLIERS-AND-PRICES.md
    [+] 7 chapters
    1. 1. Hydride and deuteride powders
    2. 2. Piezoelectric powders and ceramics
    3. 3. Carrier fluids
    4. 4. Gases and gas hardware
    5. 5. Excitation hardware
    6. 6. Thermal hardware and loading vessels
    7. 7. Supplier confirmation log

[05 / 06]

Engine

2 documents · 6,087 words

The open-source simulation toolchain and the 24x7 agent-run queue on bare metal.

[CHAPTER] Engine →

  1. Simulation queue

    Vantasner AG Hydride-Piezo Device Program: 24x7 Agent-Run Simulation Queue on Marbell Bare-Metal

    24x7 agent-run queue on Marbell bare metal

    Words
    2,400
    Sections
    14
    Tables
    8
    Read
    11 min
    Full text simulation/MARBELL-SIMULATION-QUEUE.md
    [+] 9 chapters, 5 sub-sections
    1. 1. Fixed givens
    2. 2. Assumptions (all estimates)
    3. 3. Architecture
    4. 4. Job-type taxonomy with cost and runtime class
    5. 5. Throughput model
    6. 6. Campaign plan for 4, 8, and 16 servers
    7. 7. Decision link to the lab campaign
    8. 8. Operating notes
    9. 9. Cost summary for the 12-month program

  2. Simulation toolchain

    Vantasner AG Hydride-Piezo Device Program: Open-Source Simulation Toolchain

    Open-source DFT, MD, phase-field, FEM and kernels

    Words
    3,687
    Sections
    18
    Tables
    2
    Read
    17 min
    Full text simulation/TOOLCHAIN.md
    [+] 11 chapters, 7 sub-sections
    1. 1. Why this toolchain exists
    2. 2. Density functional theory: where every parameter starts
    3. 3. Molecular dynamics: transients are the device's native language
    4. 4. Phase-field: hydride phase fronts under strain
    5. 5. Screening and tunneling kernels (small custom Python)
    6. 6. FEM acoustics and piezoelectric coupling
    7. 7. Optional adjuncts
    8. 8. Orchestration glue
    9. 9. Validation ladder
    10. 10. License and version table
    11. 11. Fit to the Marbell queue

[06 / 06]

Lab

2 documents · 7,383 words

The villa laboratory, subsystem by subsystem, and its itemized bill of materials.

[CHAPTER] Lab →

  1. Lab bill of materials

    VHP Villa Laboratory: Bill of Materials

    Itemized equipment list to the grand total

    Words
    2,055
    Sections
    10
    Tables
    8
    Read
    9 min
    Full text lab/LAB-BOM.md
    [+] 10 chapters
    1. A. Test cells and cell hardware
    2. B. Calorimetry
    3. C. Radiation and particle diagnostics
    4. D. Gas handling
    5. E. Power drive
    6. F. Data acquisition
    7. G. Safety and facility fit-out
    8. Totals
    9. Price notes observed during the 2026-10-21 web check
    10. Lead-time notes (estimate)

  2. Lab build

    VHP Villa Laboratory: Build and Operating Concept

    Villa laboratory build and operating concept

    Words
    5,328
    Sections
    34
    Tables
    3
    Read
    24 min
    Full text lab/LAB-BUILD.md
    [+] 10 chapters, 24 sub-sections
    1. 1. Villa layout and room allocation
    2. 2. Test cells
    3. 3. Calorimetry
    4. 4. Radiation and particle diagnostics
    5. 5. Gas handling
    6. 6. Power drive
    7. 7. Data acquisition
    8. 8. Safety
    9. 9. Operating concept: run modes and accountability
    10. 10. Interfaces

[HOW TO READ THE ARCHIVE]

  • Mentions are links. When a document says LAB-BUILD section 9 or prior-art/07, it opens that place.
  • DOIs open the publisher. Every reference sits in the Library with its DOI, arXiv or PDF link, and the clusters that cite it.
  • Search everything. Press / anywhere: pages, documents, 192 sections, 108 references and the glossary.
  • Estimates are marked. Costs, schedules and job counts in these documents are planning estimates, labelled as such in the source.