Current quantum programming tools are still in the early stages, limiting the development of complex quantum software systems. Key objectives include defining high-level programming languages with machine-independent syntax and semantics, creating a structured methodology for translating programs to run on quantum computers and developing formal methods for program analysis and compiler optimization. The term "quantum software" encompasses all levels of the quantum computing stack, from algorithm creation to hardware development, enabling the implementation and execution of quantum algorithms on quantum hardware.

This workshop aims to gather researchers and experts to discuss new ideas as well as the most significant directions of research in quantum software, with a special focus on:

- quantum language design and implementation
- quantum program analysis and verification
- quantum software engineering
- quantum computer architecture
- quantum circuit optimization
- quantum hardware-software interface
- quantum assembler