We have designed and demonstrated a new type of lens that operates without traditional refraction, making it behave like a perfectly thin lens. The concept holds great promise to widen the field-of-view of imaging systems and to provide new degrees of freedom to manipulate beams and wave fronts. We will have more to share on this topic […]
Interview with Raymond Rumpf
Artech House, the publisher of Dr. Rumpf’s new book “Electromagnetic and Photonic Simulation for the Beginner: Finite-Difference Frequency-Domain in MATLAB”, has published an interview of the author. They covered some interesting questions about his motivations to write the book and the behind-the-scenes work that went into researching, writing, and publishing. Check out the interview with […]
Dr. Rumpf releases new book on computational electromagnetics for the beginner
Dr. Raymond Rumpf, the EMProfessor and director of the EMLab at the University of Texas El Paso, has authored a new book that teaches the art and techniques of computational electromagnetics to the complete beginner. The book covers the finite-difference frequency-domain (FDFD) method from initial concepts up to advanced three-dimensional simulations. Plain language, high-quality graphics, […]
EMLab Research Featured on Cover of IEEE Components, Packaging, and Manufacturing Technology
The EM Lab published two seminal papers this month in IEEE Components, Packaging, and Manufacturing Technology. The first paper describes their work which automated hybrid direct-write 3D printing, giving them the powerful capability to build arbitrary metal-dielectric parts. The EM Lab is the first group in the world to accomplish this. The second paper describes […]