Munich Quantum Software Forum 2023: Poster Pitches

During the Munich Quantum Software Forum 2023, 16 software tools and initiatives were presented (in addition to the other talks). This was mainly done through poster presentations. In addition to that, each tool/initiative was also introduced through a brief pitch presentation whose recording is available in this video.

Overall, the following pitches were made:

* Michael Lachner (Aqarios): Aqarios Luna: Bridging the Gap from Business to Quantum

* John Long, Phillip Weinberg (QuEra Computing): Bloqade: Premier Software Development Kit for Neutral Atom Quantum Computing

* Christian Melzer (neQxt): Control Software Stack for Shuttling-Based Trapped-Ion Quantum Computing

* Ricky Young (qBraid): Demonstrating qBraid’s automated quantum software management platform

* Stefan Hillmich (Software Competence Center Hagenberg GmbH): Getting Quantum Ready: A Framework for Exploiting Quantum Computing in Small and Medium-sized Enterprises

* Pavel Smirnov (IQM): KQCircuits: An Open-Source Tool for Superconducting Quantum Processor Design

* Gian Giacomo Guerreschi (Intel): Intel® Quantum SDK: a full-stack approach to quantum computing

* Stefan Rombouts (ParityQC): ParityOS, a universal framework to map optimization problems onto qubits

* Nicolas Heurtel (Quandela): Perceval: A Software Plateform for Discrete Variable Photonic Quantum Computing

* Marius Schöndorf (Eviden): Qaptiva – The quantum computing solution by Eviden

* Sebastian Zielinski, Tobias Rohe (TUM): QuCUN - A unified platform for easy access to quantum computing

* Laurynas Vanagas (QunaSys): QURI - exploration of chemical calculations on quantum computers for classroom use

* Bao Gia Bach (University of Delaware): Qutritium: A quantum software for qutrit processing techniques

* Tobias Schmale, Daniel Borcherding (Quantum Valley Lower Saxony - Uni Hannover): Real-time hybrid quantum classical computations for trapped ions

* Victory Omole (Infleqtion): Superstaq: Deep Optimization of Quantum Programs

* Jakob Kottmann (University of Augsburg): Tequila: An Abstraction, Automation, and Application Framework for Quantum Information Processing