The emergence of quantum annealers and other quantum computing platforms marks a significant shift in how scientists approach both experimentation and computation. These platforms, with qubits arranged in programmable lattices, offer novel methods for problem-solving by leveraging the principles of quantum mechanics to achieve potential computational advantages beyond what conventional methods can provide. This realization of Feynman's vision enables unprecedented control and precision in studying quantum-scale phenomena. Various applications, from isomer searches to the identification of exotic magnetic phases, are actively being developed using these quantum hardware devices.

The primary objective of the workshop is to bring together leading scientists and engineers working on such quantum platforms, particularly for quantum information processing in scientific contexts. A key component of the workshop will be the analysis of different experimental approaches and implementations. Discussions will also revolve around the development of effective theoretical models capable of replicating varied physical systems within qubit networks, as well as the formulation of protocols for assessing the performance of emerging quantum platforms.