Aims Jurnal Aplikasi Fisika aims to be a platform for scientific publications for research, development, and application of physics concepts in various fields of science, technology, and life. This journal is committed to: 1. Disseminating quality scientific work in applied and interdisciplinary physics. 2. Encouraging physics-based innovation relevant to the needs of society, industry, and sustainable development. 3. Serving as a scientific communication platform for researchers, academics, practitioners, and students in developing physics applications in various sectors. 4. Supporting the improvement of the quality of applied physics research at the national and international levels, including the development of new, interdisciplinary research. Scope This journal accepts research articles and scientific studies related to the application of physics, including (but not limited to) the following areas: 1. Materials Physics and Nanotechnology – Functional materials, semiconductors, polymers, composites, thin films, and nanomaterials. 2. Electronics and Instrumentation Physics – Sensors, data acquisition systems, industrial and medical instrumentation, microcontrollers, physics-based IoT, metrology. 3. Energy and Environmental Physics – Renewable energy, photovoltaics, thermoelectrics, energy efficiency, environmental impact mitigation. 4. Medical Physics and Biophysics – Cell and tissue biophysics, medical imaging, dosimetry, biomechanics, and applications of physics in health. 5. Applied Nuclear and Radiation Physics – Radiation safety, research reactors, nuclear dosimetry, radioisotope applications, nuclear engineering. 6. Marine Physics and Physical Oceanography – Ocean dynamics, waves, currents, tides, ocean-atmosphere interactions, applications of physics to the ocean. 7. Applied Geophysical Physics – Geophysical exploration, disaster mitigation, subsurface mapping. 8. Applied Optical Physics and Photonics – Lasers, fiber optics, optical systems, photonic applications in technology. 9. Computational Physics, Complex Systems, and Simulation – Numerical modeling, applied physics simulations, nonlinear dynamics, complex systems. 10. Econophysics and Sociophysics – Application of physics methods to economic and social systems, complex data analysis, networks, and market dynamics. 11. Industrial Physics and Technological Engineering – Application of physics in manufacturing processes, quality control, and appropriate technology. 12. Applied Physics Education – Innovation in physics learning based on experiments, laboratories, and technology.