Qiskit Expands Language Support for Quantum Computing

• •Qiskit now supports Fortran, C++, and Julia, enhancing accessibility for researchers.
• •The new C API allows direct integration of quantum circuits into existing HPC workflows.
• •Interoperability between languages enables seamless use of quantum computing methods.

IBM has announced that Qiskit now supports Fortran, C++, and Julia through a new C API, allowing users to build and run quantum circuits without requiring Python. This enhancement aims to facilitate the integration of quantum computing into existing high-performance computing (HPC) workflows, particularly in scientific research. The new interfaces enable interoperability between different programming languages, allowing circuits created in one language to be utilized in another. This development is significant for researchers who typically use languages like Fortran and C++ for compute-heavy tasks in fields such as physics and engineering. Qiskit, already the most popular SDK for quantum computing, aims to make quantum methods more accessible to a broader audience beyond Python users. The update is part of IBM's ongoing efforts to advance quantum computing applications in optimization, machine learning, and scientific simulations.