ATLAS Quantum OS

X2 Lab

Manual Entry

X2 Lab

Quantum chip design workspace. Records planning intent only — never fabrication or measurement claims.

X2-QCHIP-A01 Design Lock v0.1

First locked design direction. Planning record only — no fabrication, measurement, or hardware claim.

Locked for first simulation planning
Start X2 as a quantum/THz receiver-chip research path for PowerLink-compatible wireless-power development, not as a true qubit or quantum-computer processor chip.

Target function

Investigate whether a candidate material stack and resonator/metamaterial geometry can concentrate or couple energy at a research target band without unacceptable field loss or thermal behavior.

Target band

Exploratory THz / quantum-research band. Exact center frequency stays TBD until material constants and literature assumptions are source-backed.

Candidate material stack

Graphene/MoS2 candidate stack on research substrate TBD.

Candidate geometry

Metamaterial aperture / resonator receiver cell with junction and contact geometry to be drafted in the first layout pass.

First simulation question

Can the proposed X2 receiver geometry concentrate or couple energy at the target research band without unacceptable field loss or thermal rise?

Tool path

Start with Python, Jupyter, gdsfactory, and KLayout. Evaluate COMSOL RF or Ansys HFSS only after the first geometry and simulation assumptions are locked.

Evidence required

  • ·Design brief
  • ·Source-backed material constants
  • ·Layout / GDS draft
  • ·Simulation plan
  • ·Solver settings
  • ·Result plots
  • ·Review notes
  • ·Current status label
  • ·Evidence folder location

Non-goals / guardrails

No fabrication claimNo measured performance claimNo qubit claimNo certification claimNo partner claimNo live quantum-computer connection

X2 Quantum Chip Starter Pack

Guided design-control workflow mirroring the local starter-pack folder structure.

Design-control workspace

This starter pack organizes chip-design work. It does not prove fabrication, measured performance, certification, validation, or a live quantum-computer connection.

Checklist progress

0/27

Local folder path (project guidance — not accessible from ATLAS)

x2-quantum-chip-starter-pack

Design Specs

Intent, materials and constraints captured before any layout work.

  • ·Target function
  • ·Material stack
  • ·Geometry
  • ·Constraints
  • ·Design-review checklist

Includes Design Lock v0.1 — see the document card below.

Layouts / GDS

Layout artifacts kept with the design record.

  • ·KLayout files
  • ·gdsfactory scripts
  • ·GDS exports
  • ·Layer maps
  • ·Screenshots

Simulations

Planned models and solver setup — planning values only, never measured results.

  • ·EM / RF simulation plans
  • ·Thermal simulation plans
  • ·Device simulation plans
  • ·Assumptions
  • ·Solver settings
  • ·Results summaries

Papers / Research

Source-backed literature behind every physics assumption.

  • ·Literature notes
  • ·Material constants
  • ·Patents
  • ·Vendor notes
  • ·Confidence level

Evidence

Where artifacts supporting a design review are stored.

  • ·Plots
  • ·Notebooks
  • ·Screenshots
  • ·Source artifacts
  • ·Review evidence

Design Records

Structured records per revision, mirrored in the X2 design table below.

  • ·X2-QCHIP-A01
  • ·Future revisions

Software Toolchain

Tools under evaluation. Nothing here is installed, licensed or connected by ATLAS.

  • ·Python
  • ·Jupyter
  • ·KLayout
  • ·gdsfactory
  • ·COMSOL RF
  • ·Ansys HFSS
  • ·Keysight ADS
  • ·Synopsys Sentaurus TCAD
  • ·Silvaco Victory TCAD
  • ·Quantum Metal — only if X2 becomes a true qubit-device path

Design Specs — locked design document

Design Lock v0.1 — X2-QCHIP-A01

Locked for first simulation planning

Start X2 as a quantum/THz receiver-chip research path for PowerLink-compatible wireless-power development, not as a true qubit or quantum-computer processor chip.

Target function
Investigate whether a candidate material stack and resonator/metamaterial geometry can concentrate or couple energy at a research target band without unacceptable field loss or thermal behavior.
Target band
Exploratory THz / quantum-research band. Exact center frequency stays TBD until material constants and literature assumptions are source-backed.
Candidate material stack
Graphene/MoS2 candidate stack on research substrate TBD.
Candidate geometry
Metamaterial aperture / resonator receiver cell with junction and contact geometry to be drafted in the first layout pass.
First simulation question
Can the proposed X2 receiver geometry concentrate or couple energy at the target research band without unacceptable field loss or thermal rise?
Tool path
Start with Python, Jupyter, gdsfactory, and KLayout. Evaluate COMSOL RF or Ansys HFSS only after the first geometry and simulation assumptions are locked.
Evidence required
Design brief, Source-backed material constants, Layout / GDS draft, Simulation plan, Solver settings, Result plots, Review notes, Current status label, Evidence folder location
Non-goals
No fabrication claim, No measured performance claim, No qubit claim, No certification claim, No partner claim, No live quantum-computer connection

X2-QCHIP-A01 Design Brief

Status
Draft / Design Review
Owner
ATLAS Quantum Lab
Purpose
Research design record for a future quantum/THz receiver chip path connected to ATLAS wireless power development.
First simulation question
Can the proposed X2 receiver geometry concentrate or couple energy at the target research band without unacceptable loss or thermal behavior?

Design direction locked by Design Lock v0.1 (X2-QCHIP-A01) — Locked for first simulation planning. Full document is in the Design Specs area above.

Open decisions

Target bandMaterial constantsSubstrate modelBoundary conditionsThermal modelFabrication constraintsWhether X2 is an RF/THz receiver path or a true qubit-device path

First EM Simulation Plan

Planned setup only. No solver has been run and no result is claimed.

Tools

  • Python / Jupyter
  • gdsfactory
  • KLayout
  • COMSOL RF
  • Ansys HFSS
  • TCAD later

Inputs

  • Frequency range
  • Material stack
  • Substrate
  • Geometry
  • Boundary conditions
  • Excitation / port definition
  • Loss assumptions
  • Thermal assumptions

Outputs

  • Field distribution
  • Resonance
  • Coupling estimate
  • Loss estimate
  • S-parameters if applicable
  • Thermal estimate
  • Sensitivity to geometry variation

X2 Design Review Checklist

0/6

Design-control completeness only. Not a hardware or performance claim.

Evidence Checklist

0/10

Artifacts expected in the design package before review.

Software Checklist

0/11

Free starter tools first. Paid and quantum-specific tools evaluated later.

X2 readiness

Design level is a documentation state, not evidence of a working device.

Program

X2 Lab

Design code

TBD

Linked registry chip

X1-RX-A01

Design level

Draft

Stage

Draft

Simulation status

Draft

Material stack

Missing

Substrate

Missing

Junction

Missing

Geometry

Missing

Frequency target

Missing

Simulation model

Missing

Design test plan

Missing

Evidence

Missing

Draft / research — missing Material stack, Substrate, Junction, Geometry, Frequency target, Simulation model, Design test plan, Evidence.

Draft

X2 Lab is a design-control workspace, not a live quantum computer connection. Nothing here is fabricated, measured, certified, partnered, or validated in hardware.

Design identity

Materials and geometry

Simulation and fabrication plan

IP, evidence and review

Saved X2 designs

0 review ready · 1 draft or research

Date / ownerDesign / chipMaterial / geometrySimulationProcess / partnerStageLevel

date TBD

ATLAS Quantum Lab

X2-QCHIP-A01

THz-RX-B02

Graphene/MoS2 candidate stack

Metamaterial aperture concept

Pending validated model

Draft

TBD

Not selected

Design ReviewDraft