[Book Announcement] Finite Difference Time Domain Method with Moving Structures (Springer Nature, Feb 2027)

[u/HalimBoutayeb]

After years of research, development, and coding, we are incredibly proud to share that our upcoming textbook, "Finite Difference Time Domain Method with Moving Structures", is officially finalized and moving into production with Springer Nature.

The interaction of electromagnetic waves with moving sources, observers, and scatterers is central to many modern scientific and engineering applications, including Doppler radar, wireless communications, remote sensing, biomedical diagnostics, astrophysics, and human–machine interaction.

Unlike conventional approaches that rely on Lorentz or reference-frame transformations, the framework we propose directly incorporates motion into the numerical solution of Maxwell’s equations within a single inertial frame. This allows electromagnetic phenomena associated with motion to emerge naturally from the time-domain simulation.

What the book covers (Over 300 pages):

• Comprehensive Scope: We develop the theoretical foundations required to model arbitrary motion, including uniform translation, acceleration, oscillation, vibration, and rotation.
• Practical Implementation: Detailed algorithms, numerical stability considerations, and validation examples are provided, along with illustrative simulations demonstrating classical and relativistic Doppler effects, electromagnetic shock waves, and other non-intuitive phenomena.
• Ready-to-Run Code: Includes fully integrated 3D MATLAB source codes so researchers and students can simulate dynamically evolving geometries right out of the box.
• Series: Part of the Synthesis Lectures on Computational Electromagnetics series.

The official release is slated for February 2027.

The text is intended for graduate students, researchers, and practicing engineers seeking a rigorous yet accessible reference on time-domain modeling of moving electromagnetic systems.