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DTSTAMP:20201118T201054Z
UID:AF9CDCDC-B7ED-4092-B8ED-01AC47DD8732
DTSTART;TZID=Europe/Zurich:20201111T110000
DTEND;TZID=Europe/Zurich:20201111T120000
DESCRIPTION:The emergence of computers in the last century and the surge of
  computation technology have revolutionized the research progress through 
 advanced simulation tools. Research methodologies based on electromagnetic
  fields and waves\, as the paramount method for investigating novel phenom
 ena\, were similarly affected by the simulation technology. The presentati
 on aims to show few of the numerous research schemes where computational e
 lectrodynamics is playing a significant supportive role.\n\nMetamaterials 
 and metasurfaces have shown strong promise to scientists and engineers to 
 realize materials with properties not found in nature. One of the outcomes
  of this research field was metamaterial absorbers\, where thin wideband r
 adar absorbers are pursued. Invent of 2D materialsin the last years had sh
 own strong potentials for developing tunable metasurfaces\, whose simulati
 on paves the way toward new functioning devices. Particle accelerators is 
 another research domain where electromagnetic fields are applied for trans
 ferring energy to particles. The possibility of designing electromagnetic 
 fields to realize Compact accelerators has been the focus of extensive res
 earch efforts in the last years. The crucial role played by computational 
 electromagnetics in this area will be reviewed through projects where ultr
 afast accelerators are designed and implemented. Eventually\, the presenta
 tion reviews the recent achievements in material characterization and asse
 ssment of field interactions with human body using the state-of-the-art me
 thods in computational electromagnetics.\n\nSpeaker(s): Dr. Arya Fallahi\,
  \n\nVirtual: https://events.vtools.ieee.org/m/244043
LOCATION:Virtual: https://events.vtools.ieee.org/m/244043
ORGANIZER:mohammad.azadifar@epfl.ch
SEQUENCE:2
SUMMARY:Computational Electrodynamics: From Metamaterials and particle acce
 lerators to biomedical applications
URL;VALUE=URI:https://events.vtools.ieee.org/m/244043
X-ALT-DESC:Description: &lt;br /&gt;&lt;p&gt;The emergence of computers in the last cen
 tury and the surge of computation technology have revolutionized the resea
 rch progress through advanced simulation tools. Research methodologies bas
 ed on electromagnetic fields and waves\, as the paramount method for inves
 tigating novel phenomena\, were similarly affected by the simulation techn
 ology. The presentation aims to show few of the numerous research schemes 
 where computational electrodynamics is playing a significant supportive ro
 le.&lt;/p&gt;\n&lt;p&gt;&lt;em&gt;Metamaterials and metasurfaces&lt;/em&gt; have shown strong prom
 ise to scientists and engineers to realize materials with properties not f
 ound in nature. One of the outcomes of this research field was metamateria
 l absorbers\, where thin wideband radar absorbers are pursued. Invent of &lt;
 em&gt;2D materials&lt;/em&gt;in the last years had shown strong potentials for deve
 loping tunable metasurfaces\, whose simulation paves the way toward new fu
 nctioning devices. Particle accelerators is another research domain where 
 electromagnetic fields are applied for transferring energy to particles. T
 he possibility of designing electromagnetic fields to realize &lt;em&gt;Compact 
 accelerators&lt;/em&gt; has been the focus of extensive research efforts in the 
 last years. The crucial role played by computational electromagnetics in t
 his area will be reviewed through projects where ultrafast accelerators ar
 e designed and implemented. Eventually\, the presentation reviews the rece
 nt achievements in &lt;em&gt;material characterization&lt;/em&gt; and assessment of &lt;e
 m&gt;field interactions with human body&lt;/em&gt; using the state-of-the-art metho
 ds in computational electromagnetics.&lt;/p&gt;
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