DeployedIQM evidence record

VTT Q50

A jointly developed IQM/VTT system in Espoo. VTT calls it Q50 while its infrastructure page documents 53 physical qubits.

ArchitectureSuperconducting
ModalityGate-based
Scale53 physical qubits
ConnectivityLattice topology with flux-tunable qubits and couplers
AccessVTT QX; hybrid connection to CSC LUMI
Evidence classCurrent VTT infrastructure and use-case documentation
Published metrics

Original values and source scope.

Each field links to the source used. Missing fields are not estimated.

Calculated statistics

Transparent formulas.

These diagnostics are calculated from the sourced fields above and are not a universal performance score.

Not enough sourced numeric fields are available for a responsible calculation.

Software

Frameworks and access tools

Hybrid LUMI workflows

Classical-quantum hybrid access through CSC LUMI.

Documentation ↗

Quantum software R&D

VTT supports optimisation, simulation, QML and error mitigation work.

Documentation ↗
Research

Studies and technical material

VTT Q50 infrastructure record

System, topology and access documentation

Open source ↗

VTT Q50 first-use-cases webinar

Use-case and utilisation record

Open source ↗
Working examples

Applications and demonstrations

Ammonia molecule simulation

VTT reports using Q50 for molecular simulation work.

View evidence ↗

Fluid dynamics

Quanscient adapted CFD circuits to the VTT Q50 native gate set and noise-mitigation capabilities.

View evidence ↗

Drug-delivery photochemistry

Algorithmiq used VTT Q50 in high-precision molecular-energy work.

View evidence ↗
Source register

Every underlying link.

  1. VTT quantum-computer infrastructure
  2. VTT quantum-computing services and use cases
  3. VTT first-use-cases webinar