APL Computational Physics is a dynamic open-access platform for the rapidly evolving landscape of physical sciences where computational techniques drive groundbreaking research. The journal offers a dedicated venue for diverse computational physics models, methods, and simulations across a broad range of physical science disciplines. Emphasizing interdisciplinary approaches, it highlights the integration of computational innovations to tackle complex physical challenges.
Quantum computing is emerging as a new computational paradigm for simulating, analyzing, and modeling physical systems. Computational physics has traditionally driven progress in numerical algorithms, many-body modeling, high-performance computing, and…
Artificial intelligence is rapidly changing how physical systems are modeled, simulated, and understood. This Special Topic will highlight AI methods that advance theoretical and computational physical science, with emphasis on…
Understanding excited states and nonequilibrium phenomena is central to modern condensed matter physics and materials science. Advances in ultrafast spectroscopy, quantum materials, and first-principles computational methods have made it possible…