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Analysis of Electromagnetic Scattering in Metamaterials

In recent years, scientists have conducted several studies dedicated to the development, simulation, and analysis of various types of metamaterials, along with a thorough analysis of their electromagnetic scattering phenomena. The fundamental goal of the studies is to analyze the occurrence of electromagnetic scattering within metamaterials and comprehend the propagation of guided electromagnetic waves. ....

Ibtisam Abbasi , Ibtisam Abbasioct , Aerospace Applications , Electromagnetic Scattering , Brief Introduction , Additive Manufacturing , Industry Focus , Affecting Electromagnetic Scattering , Radar Cross Section , Scattering Analysis , Conference Series , Electromagnetic Scattering , Lectromagnetic Scattering In Metamaterials ,

Gates-backed Neurophos raises $7M to create metamaterials-based chips for AI

A semi-stealthy startup called Neurophos says it’s raised $7 million in seed funding to support the development of a chip that makes use of metamaterials for heavy-duty AI applications. And although the company’s HQ is in Austin, Texas, it has plenty of connections to Seattle-area tech leaders including Microsoft co-founder Bill Gates. Founded in 2020, Neurophos was one of the first companies to receive pre-seed support from MetaVC Partners, a metamaterials-centric venture fund backed by Gates a ....

United States , Tom Driscoll , Bill Gates , Joris Van Campenhout , Nathan Myhrvold , Nathan Kundtz , Patrick Bowen , Van Campenhout , Electronic Design , Gartner Hype , Nathan Myhrvold , Bill Gates , Seed Funding , Optical Modulators , Neurophos Photo , Ptical Transistor , Aai Applications ,

Turning a circle into a square is possible with this kirigami-inspired formula

Inspired by the Japanese paper-cutting art of kirigami, MIT researchers developed a computational strategy for creating a 3D shape by cutting and folding a 2D sheet. The method could be used to solve various engineering challenges, such as designing a robot that can transform from one shape to another to carry out different tasks. ....

Kaitlyn Becker , Levi Dudte , Gary Choi , Harvard University , Nature Computational Science , Mit Meche , Kit Math , Caitlyn Becker , Mary Choi , Additive Manufacturing , 3d Printing , Shape Transformation , Soft Robotics , Building Facades ,