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The EMLab focuses exclusively on disruptive technologies in 3D printing, electronics, electromagnetics, and photonics. The lab is actively developing some of the most ambitious and revolutionary technologies happening today. These includes advanced 3D printing, conformal and 3D volumetric circuits, antennas, metamaterials, metasurfaces, photonic crystals, frequency selective surfaces, and more.
The EMLab is exploring concepts for electromagnetic devices that fully exploit the new degrees of freedom offered by 3D printing and the third dimension. Research include microwave circuits, antennas, metamaterials, frequency selective surfaces, and others.
The EMLab is one of the strongest research groups in the world for computational analysis of electromagnetic devices. Capabilities continue to grow in the areas of optimization, GPU and scalable computing, unstructured grids, and hybridization of different methods such as ray tracing and finite-difference time-domain (FDTD).
Photonics is experiencing a revolution of its own due to digital manufacturing techniques such as multi-photon lithography. Today’s photonic devices are mostly planar, primarily because of manufacturing constraints. Research in the EM Lab is pioneering new photonic technologies that fully exploit the new degrees of freedom offered by digital manufacturing.
The EMLab has automated direct-write hybrid 3D printing to create the only known capability in the world to manufacture three-dimensional parts with an arbitrary distribution of metals and dielectrics. Research includes software, materials, and 3D printing processes.
The EMLab has developed an extensive suite of tools and capabilities for designing and manufacturing parts with electro-mechanical functionality including circuits, sensors and actuators. 3D printing provides a very rapid turn-around time and the ability to manufacture nonplanar, flexible, and 3D volumetric circuits.
The EMLab developed an algorithm to bend, twist, conform, and otherwise spatially vary any periodic structure while minimizing deformations to the geometry of the unit cells. These seemingly impossible geometries preserve the electromagnetic or photonic properties of the periodic structure, enable entire new physical mechanisms from which to design devices. The technology is being used to conform frequency selective surfaces to doubly-curved substrates, control light in new ways in photonic crystals, and more.