A method for performing a signal integrity analysis on an integrated circuit (IC) that includes a plurality of scatterers by dividing the scatterers into subgroups using a nested Huygens' equivalence principle algorithm and solving a set of equations realized thereby with a reduced coupling matrix. ...
Twitter Google Share on Facebook Huygens Thesaurus Medical Encyclopedia Wikipedia Related to Huygens:Christiaan Huygens,Huygens eyepiece,Huygens principle Huy·gens (hī′gənz, hoi′gĕns),Christiaan1629-1695. Dutch physicist and astronomer who was the first to examine Saturn's rings (1655), pion...
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Fixing tangential components of the electric and magnetic field vectors is identical to fixing magnetic and electric surface currents due to the equivalence principle [2]. If the existing field does not match the desired field, it, therefore, can be changed by adding distributed electric and magnet...
Huygens' principle [′hī·gənz ‚prin·sə·pəl] (optics) The principle that each point on a light wavefront may be regarded as a source of secondary waves, the envelope of these secondary waves determining the position of the wavefront at a later time. ...
State and explain the principle of equivalence. What are the basic concepts of physics? Complete the following statement: The Michelson-Morley experiment What is the principle used in bending of beams? What is the principle used in the bending of beams?
State and explain the principle of equivalence. What is the working principle of the spectrometer? Explain the special theory of relativity. Why do you only need half of a mirror to see your entire reflection? Complete the following statement: The Michelson-Morley experiment How does light behave...
Overall, according to the equivalence principle and boundary conditions, arbitrary reflection and transmission coefficient can be realized with specific surface electromagnetic impedance25, 26. $${Z}_{e}=\frac{\eta }{2}\frac{1+(R+T)}{1-(R+T)}$$ (1) $${Z}_{m}=2\eta \frac{1+(...
Unlike dielectric metasurfaces based on waveguiding effects which mandate high aspect ratio nanostructures to cover full 2π phase27,28, the concept of Huygens metasurfaces, originally derived from the field equivalence principle and elaborated in Supplementary Note 1, enables exquisite control of ...
Again invoking the equivalence principle, one can synthesize electric and magnetic currents along a closed surface, which result to the generation of an arbitrary waveform inside the enclosed region. We synthesized the required currents using a simple active Huygens’ source element [149], [150], ...