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DTSTAMP:20260518T180207Z
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DTSTART;TZID=America/New_York:20260515T180000
DTEND;TZID=America/New_York:20260515T193000
DESCRIPTION:Abstract:\nThe terahertz (THz) frequency band is widely regarde
 d as a key enabler of next generation\nwireless systems\, bridging the phy
 sical and digital worlds. Beyond this\, by harnessing the very\nshort wave
 lengths and photon energies of THz radiation\, which are comparable to cha
 racteristic\nmolecular energy scales\, a third domain emerges: the biologi
 cal world. Terahertz waves provide\na unique opportunity for nanoscale com
 munication\, sensing\, and actuation within biological\nsystems. This talk
  presents a multi-scale perspective on THz-based dynamics\, spanning\ntiss
 ue-level propagation to protein-level interactions. This talk will discuss
  how structured\nelectromagnetic fields can be designed to selectively int
 eract with biological matter to enable\ncontrolled excitation\, enhanced s
 pecificity across scales\, and safe operation within biological\nenvironme
 nts. It will also highlight recent advances in modeling and theoretical an
 alysis of THz-\ninduced molecular interactions and outline their implicati
 ons for intra-body nanonetworks. By\nintegrating communication\, structure
 d fields\, and emerging forms of intelligence\, this paradigm\nopens new d
 irections in biosensing\, health monitoring\, and targeted therapeutic con
 trol.\n\nCo-sponsored by: sharmaneerja100@gmail.com\n\nSpeaker(s): Dr Hade
 el Elayan\, \n\nVirtual: https://events.vtools.ieee.org/m/556469
LOCATION:Virtual: https://events.vtools.ieee.org/m/556469
ORGANIZER:krishnaraghunandan@gmail.com
SEQUENCE:51
SUMMARY:Electromagnetic Nanonetworks in the Terahertz Band: Interfacing Bio
 logical Systems Across Scales
URL;VALUE=URI:https://events.vtools.ieee.org/m/556469
X-ALT-DESC:Description: <br /><p>Abstract:<br>The terahertz (THz) frequency
  band is widely regarded as a key enabler of next generation<br>wireless s
 ystems\, bridging the physical and digital worlds. Beyond this\, by harnes
 sing the very<br>short wavelengths and photon energies of THz radiation\, 
 which are comparable to characteristic<br>molecular energy scales\, a thir
 d domain emerges: the biological world. Terahertz waves provide<br>a uniqu
 e opportunity for nanoscale communication\, sensing\, and actuation within
  biological<br>systems. This talk presents a multi-scale perspective on TH
 z-based dynamics\, spanning<br>tissue-level propagation to protein-level i
 nteractions. This talk will discuss how structured<br>electromagnetic fiel
 ds can be designed to selectively interact with biological matter to enabl
 e<br>controlled excitation\, enhanced specificity across scales\, and safe
  operation within biological<br>environments. It will also highlight recen
 t advances in modeling and theoretical analysis of THz-<br>induced molecul
 ar interactions and outline their implications for intra-body nanonetworks
 . By<br>integrating communication\, structured fields\, and emerging forms
  of intelligence\, this paradigm<br>opens new directions in biosensing\, h
 ealth monitoring\, and targeted therapeutic control.</p>
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