Missed the #ACM #SIGSOFT webinar "Quantum Software Engineering: Building Dependable Software for Quantum Computers" by Shaukat Ali? Find the recording here: youtu.be/jtyHcCubWkk #QuantumSoftwareEngineering #QuantumComputers #Quantum
To the #Webinar series: www2.sigsoft.org/activities/w...
To the #Webinar series: www2.sigsoft.org/activities/w...
ACM SIGSOFT Webinar: Quantum Software Engineering: Building Dependable SW for QC, Shaukat Ali
YouTube video by ACM SIGSOFT
youtu.be
September 12, 2025 at 8:42 PM
Missed the #ACM #SIGSOFT webinar "Quantum Software Engineering: Building Dependable Software for Quantum Computers" by Shaukat Ali? Find the recording here: youtu.be/jtyHcCubWkk #QuantumSoftwareEngineering #QuantumComputers #Quantum
To the #Webinar series: www2.sigsoft.org/activities/w...
To the #Webinar series: www2.sigsoft.org/activities/w...
Interested in #QuantumSoftwareEngineering and #QuantumComputers? Then attend our next webinar "Quantum Software Engineering: Building Dependable Software for Quantum Computers" by Shaukat Ali on 9.9.25, 14-15 CEST (17:30-18:30 IST). Details: www2.sigsoft.org/activities/w... #ACM
August 30, 2025 at 8:26 PM
Interested in #QuantumSoftwareEngineering and #QuantumComputers? Then attend our next webinar "Quantum Software Engineering: Building Dependable Software for Quantum Computers" by Shaukat Ali on 9.9.25, 14-15 CEST (17:30-18:30 IST). Details: www2.sigsoft.org/activities/w... #ACM
The Quantum Software Engineering MeetUp 2025 (co-located with the #SEconf25) kicks-off with a keynote of Michael Marthaler on "What does it mean to identify an actual use case for a quantum computer?"
#QSE #QuantumSoftwareEngineering #QuantumSE #SoftwareEngineering
#QSE #QuantumSoftwareEngineering #QuantumSE #SoftwareEngineering
February 24, 2025 at 8:26 AM
The Quantum Software Engineering MeetUp 2025 (co-located with the #SEconf25) kicks-off with a keynote of Michael Marthaler on "What does it mean to identify an actual use case for a quantum computer?"
#QSE #QuantumSoftwareEngineering #QuantumSE #SoftwareEngineering
#QSE #QuantumSoftwareEngineering #QuantumSE #SoftwareEngineering
Proposes structured experiment tracking practices for quantum software development using MLflow, demonstrated through quantum reservoir computing with tensor network error mitigation for time-series prediction on noisy NISQ hardware.
#QuantumSoftwareEngineering #ExperimentTracking #ErrorMitigation
#QuantumSoftwareEngineering #ExperimentTracking #ErrorMitigation
Systematic Experiment Tracking for Quantum Software Development: Reservoir Computing with Error Mitigation
arxiv.org
July 28, 2026 at 9:43 AM
Proposes structured experiment tracking practices for quantum software development using MLflow, demonstrated through quantum reservoir computing with tensor network error mitigation for time-series prediction on noisy NISQ hardware.
#QuantumSoftwareEngineering #ExperimentTracking #ErrorMitigation
#QuantumSoftwareEngineering #ExperimentTracking #ErrorMitigation
Researchers propose framework to automatically design hybrid quantum-classical systems, analyzing trade-offs between cost, speed, reliability, and quantum error to guide optimal deployment decisions under real-world uncertainty.
#QuantumSoftwareEngineering #HybridQuantumClassical #Research
#QuantumSoftwareEngineering #HybridQuantumClassical #Research
Hybrid Quantum-Classical Software System Design: Trade-off Space Analysis with Quantitative Guarantees
arxiv.org
June 24, 2026 at 4:08 AM
Researchers propose framework to automatically design hybrid quantum-classical systems, analyzing trade-offs between cost, speed, reliability, and quantum error to guide optimal deployment decisions under real-world uncertainty.
#QuantumSoftwareEngineering #HybridQuantumClassical #Research
#QuantumSoftwareEngineering #HybridQuantumClassical #Research
A taxonomy-guided RAG architecture with LLMs automates Qiskit code migration, reducing hallucinations. Google Gemini Flash-2.5 achieved 81% correct refactorings, addressing API obsolescence and learning barriers in quantum software engineering.
#QuantumSoftwareEngineering #CodeMigration #Research
#QuantumSoftwareEngineering #CodeMigration #Research
Taxonomy-Based RAG Architecture for Automated Qiskit Code Migration
iq.fp2.dev
June 19, 2026 at 6:50 AM
A taxonomy-guided RAG architecture with LLMs automates Qiskit code migration, reducing hallucinations. Google Gemini Flash-2.5 achieved 81% correct refactorings, addressing API obsolescence and learning barriers in quantum software engineering.
#QuantumSoftwareEngineering #CodeMigration #Research
#QuantumSoftwareEngineering #CodeMigration #Research
New testing approach for variational quantum algorithms (VQE, QAOA) achieves 6-7× more failure detection than random testing by combining classical hyperparameter exploration with local circuit-parameter fuzzing, advancing NISQ software reliability.
#QuantumSoftwareEngineering #NISQ #Research
#QuantumSoftwareEngineering #NISQ #Research
Failure-Guided Fuzzing for Hybrid Quantum-Classical Programs
arxiv.org
May 15, 2026 at 7:56 AM
New testing approach for variational quantum algorithms (VQE, QAOA) achieves 6-7× more failure detection than random testing by combining classical hyperparameter exploration with local circuit-parameter fuzzing, advancing NISQ software reliability.
#QuantumSoftwareEngineering #NISQ #Research
#QuantumSoftwareEngineering #NISQ #Research
DEQSE Quantum IDE Extension: Integrated Tool for Quantum Software
Engineering
Julian Fuchs, Jussi P P Jokinen et al.
Paper
Details
#QuantumSoftwareEngineering #DEQSEExtension #QuantumIDETools
Engineering
Julian Fuchs, Jussi P P Jokinen et al.
Paper
Details
#QuantumSoftwareEngineering #DEQSEExtension #QuantumIDETools
August 1, 2025 at 4:04 PM
DEQSE Quantum IDE Extension: Integrated Tool for Quantum Software
Engineering
Julian Fuchs, Jussi P P Jokinen et al.
Paper
Details
#QuantumSoftwareEngineering #DEQSEExtension #QuantumIDETools
Engineering
Julian Fuchs, Jussi P P Jokinen et al.
Paper
Details
#QuantumSoftwareEngineering #DEQSEExtension #QuantumIDETools