Unlock the power of Python for advanced optical electromagnetic field analysis with “Optical Electromagnetic Field Analysis Using Python.” This practical guide by Kajikawa and Okamoto demystifies the calculation and visualization of optical responses in metallic and dielectric nanostructures. Ideal for researchers and postgraduate students in optics and photonics, the book bridges theoretical concepts with real-world applications. Learn to leverage Python’s extensive libraries for efficient analysis of scattering, absorption, and complex nanostructures, including analytical and numerical methods like rigorous coupling wave analysis and FDTD. This essential resource empowers you to perform accurate electromagnetic field analysis quickly and cost-effectively, without delving into complex, time-consuming programs. Expand your simulation capabilities beyond optics into physics, chemistry, and biology.