Work Packages

Explore our project’s detailed overview of work packages, each representing a critical facet of quantum computing and fluid dynamics research. Discover the specialized focus areas and collaborative efforts shaping our scientific endeavors.

Industrially relevant CFD examples are defined and benchmarked. Solutions using standard CFD methods are obtained. These are compared with results obtained from tensor network solutions and QCFD solutions.

Lead Beneficiary: TUHH

Cooperations: UHH, ENG

Deliverables:

Relative Number in WP# of DeliverablesName of DeliverablesTypeDissemination LevelDue Date in MonthsDue Date
D1.1D3Core benchmark CFD setDataPublic1830/04/2024

QCFD engages with industrial CFD R&D groups to identify additional CFD examples that are efficiently solvable with algorithms and numerical methods developed in the QCFD project.

Lead Beneficiary: TUHH

Cooperations: UHH, ENG

Deliverables:

Relative Number in WP# of DeliverablesName of DeliverablesType Dissemination LevelDue Date in MonthsDue Date
D2.1D8Extended benchmark CFD setDataPublic4230/04/2026

Platform independent QCFD algorithms for the solution of the examples identified in work packages 1 and 2 are developed.

Lead Beneficiary: TUHH

Cooperations: TUHH, FZJ, ENG, TUC, PLANQC

Deliverables:

Relative Number in WP # of Deliverables Name of Deliverables Type  Dissemination Level Due Date in Months Due Date
D3.1 D10 Core algorithmic structures used in QCFD software Report Public 45 31/07/2026

Optimized tensor-network versions of the platform independent QCFD algorithms obtained in work package 3 are developed.

Lead Beneficiary: UHH

Cooperations: TUC, PLANQC

Deliverables:

Relative Number in WP # of Deliverables Name of Deliverables Type  Dissemination Level Due Date in Months Due Date
D4.1 D4 Core tensor network QCFD set Data Public 21 31/07/2024
D4.2 D7 Scaling and memory requirements Report Public 36 31/10/2025
D4.3 D9 Extended tensor network QCFD set Data Public 42 30/04/2026

The platform independent QCFD algorithms in work package 3 are optimized for different quantum hardware platforms.

Lead Beneficiary: TUC

Cooperations: FZJ, PLANQC, UHH, TUM

Deliverables:

Relative Number in WP

# of Deliverables

Name of Deliverables

Type 

Dissemination Level

Due Date in Months

Due Date

D5.1 D11 QCFD software library Other Public 45 31/07/2026
The optimized QCFD software from work package 5 is simulated on classical hardware to help further improve platform optimized quantum software.
 

Lead Beneficiary: FZJ

Cooperations: TUC, PLANQC

Deliverables:

Relative Number in WP # of Deliverables Name of Deliverables Type  Dissemination Level Due Date in Months Due Date
D6.1 D5 Core gate-level QCFD set Data Public 24 31/10/2024
D6.2 D12 Extended gate-level QCFD set Data Public 45 31/07/2026
Small instances of the CFD examples from work packages 1 and 2 are implemented on quantum flagship hardware.
 

Lead Beneficiary: FZJ

Cooperations: TUC, PLANQC

Deliverables:

Relative Number in WP # of Deliverables Name of Deliverables Type  Dissemination Level Due Date in Months Due Date
D7.1 D6 Core flagship QCFD set Data Public 27 31/01/2025
D7.2 D13 Extended flagship QCFD set Data Public 48 31/10/2026

Industrially relevant CFD examples are defined and benchmarked. Solutions using standard CFD methods are obtained. These are compared with results obtained from tensor network solutions and QCFD solutions.

Lead Beneficiary: TUM

Cooperations: TUHH, UHH, FZJ, ENG, TUC

Deliverables:

Relative Number in WP # of Deliverables Name of Deliverables Type  Dissemination Level Due Date in Months Due Date
D8.1 D15 Quantum hardware requirements and suitability Report Public 48 31/10/2026

An OpenFOAM software library interfacing with the QCFD software framework is developed.

Lead Beneficiary: ENG

Cooperations: TUHH, UHH, FZJ, TUC

Deliverables:

Relative Number in WP # of Deliverables Name of Deliverables Type  Dissemination Level Due Date in Months Due Date
D9.1 D14 OpenFOAM to QCFD interface Other Public 48 31/10/2026

Research, collaboration and communication activities are managed and coordinated between all the project partners.

Lead Beneficiary: UHH

Cooperations: TUHH, FZJ, TUM, ENG, TUC, PLANQC

Deliverables:

Relative Number in WP # of Deliverables Name of Deliverables Type  Dissemination Level Due Date in Months Due Date
D10.1 D1 Data Management plan DMP Public Completed 30/04/2023
D10.2 D2 Dissemination, exploitation and communication plan Report Public Completed 30/04/2023
D10.3 D16 Dissemination, exploitation and communication plan (first update) Report Public Completed  
D10.4 D17 Dissemination, exploitation and communication plan (second update) Report Public 24 31/10/2024
D10.5 D18 Dissemination, exploitation and communication plan (final update) Report Public 36 31/10/2025
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The QCFD (Quantum Computational Fluid Dynamics) project is funded under the European Union’s Horizon Programme (HORIZON-CL4-2021-DIGITAL-EMERGING-02-10), Grant Agreement 101080085 QCFD.