MQS Labs · Hardware Platform

Quantum Hardware Design
Lifecycle Platform

The shop-floor for circuit simulation and process optimization — a single loop from concept to fabrication that lets MQS Labs simulate device ideas extensively before spending on physical foundries.

Keysight ADS integration EM co-simulation Design rule checking Pre-fab validation Process optimization
Powered by Keysight ADS

Circuit simulation before a single wafer is cut

MQS Labs leverages Keysight's Advanced Design System (ADS) to simulate and validate quantum hardware components at the circuit level before they ever reach a fabrication facility. Every device idea — resonators, transmission lines, coupling structures — is modeled, stressed, and checked against design rules first, turning expensive foundry iterations into cheap simulation iterations.

  • ✓ Circuit-level simulation of quantum hardware components, including S-parameter and substrate response analysis
  • ✓ Pre-fabrication validation — design flaws are caught in simulation, not on the foundry floor
  • ✓ EM co-simulation and DRC folded directly into the design loop, not bolted on afterward
  • ✓ Touchstone (.s2p) and ADS substrate/netlist exports straight from the Green's Function Lab's slab models
  • ✓ QuantumPro EDA & System Analysis integration spans the full lifecycle, end to end

Idea to fabrication, one loop

Each stage feeds the next — a device idea doesn't move to fabrication until it has passed every simulation and design-rule gate ahead of it.

Idea → Core Model → Physical Layout → EM Sim → DRC → Fab → Test

Built on the platform

Three projects running today on this design loop, spanning quantum simulation, biosensing, and the enterprise platform that ties it all together.

EG

Quantum Simulation

Efficient Entanglement Generation

Six dressed-state entanglement generation techniques — Jaynes–Cummings, beam-splitter, parametric, Floquet sideband, dispersive, and optomechanical — simulated, compared, and ranked for log-negativity and purity before any technique is committed to hardware.

6 techniques Log-negativity · Purity QuTiP-backed
EYE

Quantum Biosensing

Quantum Bio-Sensor for Eye Disease Detection

A quantum-enhanced biosensing pipeline for retinal disease detection — combining quantum-informed machine learning models with fundus imaging to flag early indicators of eye disease with 90.7% accuracy across analyzed scans.

90.7% accuracy 120+ scans analyzed Hospital pilot
QP

Enterprise Platform

QuantumPro Projects Portal

Built on Liferay 7.4, QuantumPro Projects Portal is the enterprise platform for managing quantum circuit design projects, simulation workflows, collaboration, documentation, approvals, and knowledge sharing. QuantumPro performs the quantum circuit design and simulation work; Liferay manages the people, processes, data, workflows, and project governance around it.

Built for

  • Universities
  • Quantum research laboratories
  • Semiconductor fabrication facilities
  • Quantum hardware startups
  • Industrial R&D organizations