Electric Field

Electric fields, fundamental forces influencing charged particles, are currently a focus of research across diverse applications. Active areas include developing efficient computational models, such as physics-informed neural networks and novel neural operators, to predict electric field behavior in complex systems, from plasma physics to photonic structures. These advancements are improving the speed and accuracy of simulations, enabling faster design processes and deeper understanding of phenomena involving electric fields. Furthermore, research explores the use of electric field sensing in human-computer interaction and activity recognition, highlighting the field's growing importance in both fundamental science and practical technologies.