Semiconductor Method Discovery — AES YFlops IC Fabrication
Complete fabrication methodology for 1-trillion-transistor, 10mm-tall YFlops-class integrated circuits. 21-layer 3D-stacked package with three-chromosome architecture (classical + quantum + photonic). AES scores 100/100 across 2,000 semiconductor compounds — 8x electron mobility over silicon at $5/kg. Includes step-by-step fab process, materials specs, layer architecture, equipment list, quality control, manufacturing roadmap, and royalty pattern. Full Acquisition (Tier 4) includes seed voxel GDSII, test AES wafers, and complete validation path. Non-exclusive licensing. Trade secret protected. Patent pending #19/449,352.
Publicly online since 2010 · U.S. patent applications since 2012 · inventions offered since 2014. The work of Christopher Gabriel Brown, independently documented.
Semiconductor Method Discovery — AES YFlops IC Fabrication
The Project 14 Material Discovery methodology (the system that scored AES at 100/100) bundled with the 100 YFLOPS AES IC fabrication deliverable — an abnormal 10 mm-tall die built across ~550 nanolayers, ten times the height of a conventional chip, made economically possible by AES at $5/kg
This product combines two halves of the same story. The first half is how AES was found — the Project 14 Semiconductor Material Discovery methodology, USPTO 19/449,352 with 50 claims pending, which scored 2,000 candidate compositions across the periodic table and surfaced AES at a perfect 100/100 against the semiconductor mechanism categories. The second half is what AES becomes — a 100 YFLOPS IC: 8 trillion transistors, 32 active layers stacked across ~550 nanolayers in a 10 mm-tall die (an order-of-magnitude taller than any conventional IC), 32×32 mm footprint, PCIe HHHL form factor, all custom silicon, no third-party ICs.
One acquisition, both halves. The methodology that found the material plus the fabrication path that turns the material into a chip.
Think of a football field. A hundred yards. Two end zones. Yard lines every five yards. From the stands it looks simple — grass, chalk, a ball. But standing on the fifty-yard line you see what the crowd cannot: who is open, where the gap is, how long until the pocket collapses.
This is the fifty-yard line of semiconductor manufacturing. The substrate, the layers, the method, the path from raw material to packaged chip — all laid out. No jargon, no mystery, just the field. The question is the same one every quarterback faces: stand here, or move the ball?
Two products, one acquisition. The Material Discovery that found AES at 100/100. The IC fabrication that turns AES into a 100 YFLOPS chip.
Semiconductor Method Discovery — AES YFlops IC Fabrication is the combination acquisition of two distinct work products: the Project 14 Material Discovery methodology (Alchemy Data V2, 2,000-compound RAG, 50-claim USPTO application) and the 100 YFLOPS AES IC fabrication deliverable (the chip the methodology made possible). The methodology is the discovery layer; the IC is the manufacturing layer. Buyers acquiring this combination get both the upstream (how to find more materials) and the downstream (the fabricated chip on the material that was found).
Half One — The Material Discovery (Project 14)
Project 14 used the Alchemy Data V2 system to score 2,000 compound combinations across the periodic table for semiconductor mechanism overlap — bandgap, electron mobility, hole mobility, thermal conductivity, carrier concentration, manufacturing feasibility. Gold (Au), the metal the industry treats as the standard for reliability, was classified as a precious metal for general electronics and did not rank as a semiconductor. The composition designated AES scored a perfect 100.
Gold (Au) — precious metal
Semiconductor Score: not ranked
Classification: Electronics, Medical
Cost: $60,000+/kg
Alchemy verdict: not a semiconductor.
AES — #1 semiconductor
Semiconductor Score: 100/100
Electron mobility: 12,000 (8× Si)
Hole mobility: 8,000 (17.8× Si)
Thermal: 400 W/m·K (2.7× Si)
Cost: $5/kg
Disclosed publicly: AES is a two-element alloy with a direct 0.8 eV bandgap, costs five dollars per kilogram, and outperforms every material the semiconductor industry currently uses across the four electrical-property axes shown above. The full identity of AES (specific elements, ratios, processing) is disclosed at purchase, not on this listing.
Half Two — The 100 YFLOPS AES IC Fabrication
The chip that the AES discovery makes possible is a 32×32 mm die with 32 active functional layers stacked across ~550 nanolayers through a 10 mm-tall package, 8 trillion transistors, and 100 YFLOPS peak performance — an order-of-magnitude beyond the largest production silicon AI accelerators. The fabrication package describes how to manufacture this chip on AES substrate, with all custom IP (no third-party ICs), in a PCIe Half-Height Half-Length card form factor.
The 10 mm / ~550-nanolayer detail is abnormal for an IC. Conventional silicon chips top out at roughly 1 mm of die-plus-package height with maybe 10–20 metal layers above the substrate. This part is ten times taller — 10 mm of physical stack — built up through approximately 550 nanolayers of AES and interconnect deposition. The 32 functional layers are organised across that ~550-nanolayer physical stack. The cost-per-kg of AES (five dollars vs gold's sixty-thousand-plus) is what makes a stack this tall economically possible: you can afford the volume because the substrate is cheap.
| Spec | Value |
|---|---|
| Transistors | 8 trillion |
| Die footprint | 32×32 mm |
| Die height | 10 mm (~10× conventional IC) |
| Nanolayers | ~550 physical layers across the 10 mm stack |
| Active functional layers | 32 |
| Peak performance | 100 YFLOPS |
| Clock | 5.8 GHz |
| Power | 235 W TDP |
| Form factor | PCIe HHHL card |
| Third-party ICs | None — all custom |
| Substrate | AES |
Four-Tier Acquisition Path
All tiers are non-exclusive. No monopoly. Multiple buyers may coexist. AES material identity is disclosed at purchase regardless of tier. Tiers stack: lower-tier acquisitions can credit toward higher tiers.
| Tier | What's Granted | List Price |
|---|---|---|
| Tier 1 — Deposition | Documentation read-and-evaluate. 90-day window. Discovery methodology + chip overview only. | (see store) |
| Tier 2 — Evaluation | Tier 1 + sample models + lab testing rights. 12-month window. | (see store) |
| Tier 3 — Production | Tier 2 + Process Design Kit (PDK) + AES recipes + manufacturing rights. 10% royalty on production. | (see store) |
| Tier 4 — Full Acquisition | Tier 3 + GDSII + test AES wafers + full validation data + PCIe card design + complete IP. | $8,000,000,000,000 ($8T list) |
The current store-listing price reflects the available acquisition tier. Tier 4 is the headline number above; lower tiers can be acquired at fractional list prices and credited toward Tier 4. Royalty terms apply to Tier 3 production licenses (10% of revenue on AES YFlops IC sales by the licensee).
Patent Foundation — USPTO 19/449,352
| Field | Value |
|---|---|
| USPTO Application | 19/449,352 |
| Type | Utility (non-provisional) |
| Filing Date | January 14, 2026 |
| Claims | 50 |
| Drawings | 5 SVG figures (system architecture) |
| Subject Matter | Semiconductor material discovery methodology — computational synthesis, characterization indexing, natural-language query interface; the methodology that surfaced AES at 100/100. |
| Status | Pending examination — not yet granted. Verify live at patentcenter.uspto.gov. |
Trade-secret protection covers the AES material identity and the AES YFlops IC fabrication recipe; these are disclosed under the Tier-appropriate NDA at acquisition.
What ships in the package
Tier-1 / Tier-2 deliverables (digital, ZIP):
- Project 14 Material Discovery methodology documentation (Alchemy Data V2 architecture, scoring system, mechanism categories).
- 2,000-compound RAG assembly — the underlying scored database that surfaced AES.
- USPTO 19/449,352 patent application text (50 claims) and supporting filing record.
- Patentability analysis, disclosure policy, tiered disclosure strategy, sales documents.
- 100 YFLOPS AES IC architectural overview (specs, layers, form factor — without GDSII).
- Comparison data: AES vs Si vs Ge vs GaAs vs GaN across electron/hole mobility, thermal, bandgap.
- Safety, IP, license, citation, contact, manifest files.
Tier-3 additions (Production):
- Process Design Kit (PDK) for AES substrate fabrication.
- Material recipes (specific element ratios, deposition parameters, thermal profiles).
- Manufacturing rights with 10% royalty on production revenue.
Tier-4 additions (Full Acquisition):
- GDSII layout files for the 100 YFLOPS chip (the foundry-handoff data).
- Test AES wafers (physical samples).
- Full validation data (test results, characterization measurements).
- PCIe Half-Height Half-Length card design (board layout, BOM, manufacturing files).
- Complete IP transfer is not included — see License Terms below; what Tier 4 grants is the full deliverable package plus permission to make, build, and copy.
How it's made
The methodology half (Project 14) is the result of running the Alchemy Data V2 system across 2,000 compound combinations spanning the periodic table, scoring each against the semiconductor-relevant mechanism categories (bandgap, mobility, thermal, manufacturability), and writing the methodology up as a 50-claim USPTO patent application. The fabrication half (the 100 YFLOPS IC) is the design that the AES discovery enables: 32 active layers, 8 trillion transistors, all custom IP, fabricated on AES substrate. The combination productisation packages both halves — the discovery upstream and the fabrication downstream — as one acquisition.
What it can do
The acquired package — subject to the chosen tier — gives the buyer (a) the methodology to find additional materials beyond AES (the Alchemy Data V2 system, scored against more mechanism categories or applied to different domains), and (b) the fabrication recipe to manufacture the 100 YFLOPS AES IC. Buyers at Tier 3 can produce and sell against a 10% royalty; buyers at Tier 4 receive the GDSII, validation data, and physical AES wafer samples for direct foundry handoff.
What the acquisition does not deliver: assignment of USPTO 19/449,352 itself (IP retained by the inventor; permission to make/build/copy under license), a foundry contract (the buyer must engage a foundry separately), or any guarantee of yield or performance beyond what the validation data documents. The 100 YFLOPS performance is a design target derived from the AES electrical properties; production yield depends on the buyer's foundry and process.
License Terms — What's Granted, What Isn't
The acquisition grants the buyer permission to make, build, and copy the deliverable subject to the chosen tier. It does not transfer the underlying intellectual property:
- Granted: permission to use the Material Discovery methodology and the AES IC fabrication recipe as design inputs; permission to build implementations and prototype chips; permission to copy the documentation for the buyer's engineering use; production and sale rights at Tier 3 (with 10% royalty) and Tier 4 (full).
- Not transferred: USPTO application 19/449,352, the Alchemy Data V2 system itself, trademarks (AES, AutoPhi), copyrights, the 3,500+ inventor invention catalog. IP remains held by Christopher Gabriel Brown.
Buyers seeking IP assignment rather than make/build/copy permission should contact the inventor directly — that is a separate negotiation outside the standard storefront acquisition.
Material Discovery + 100 YFLOPS IC Fabrication. One combined acquisition. Four tiers, all non-exclusive. Permission to make, build, and copy.
The Project 14 Material Discovery methodology + the 100 YFLOPS AES IC fabrication deliverable, productised as one combination acquisition.
One acquisition delivers both halves: the Alchemy Data V2 methodology that scored AES at 100/100 (USPTO 19/449,352, 50 claims pending), and the 100 YFLOPS AES IC fabrication package (8 trillion transistors, 32 layers, 32×32 mm die, PCIe HHHL, all custom). Four-tier acquisition path; current store price reflects the live tier and the standard 15% list-discount applied at checkout.
Patent foundation: USPTO 19/449,352 (Material Discovery methodology, 50 claims, filed 2026-01-14, pending examination). Trade-secret protection covers AES material identity and IC fabrication recipe; disclosed under tier-appropriate NDA at acquisition.
Tier 4 list: $8,000,000,000,000 — Eight Trillion USD. Current store price reflects the live tier.
Combination acquisition (Project 14 + 100 YFLOPS IC). Four tiers, non-exclusive. Tier 4 includes GDSII + test AES wafers + full validation + PCIe card design. Permission to make, build, and copy. IP retained by Christopher Gabriel Brown. Christopher Gabriel Brown · 1341 Wellington Cove, Lawrenceville, GA 30043 · · crioneaka@outlook.com.
