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1
Intro
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Terahertz wireless communications: A photonics approach
3
THz systems: the merger of electronics and photonics
4
Terahertz systems: many physical layer challenges
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THz modulator: characterization
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Uniform spatial modulation
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Dynamic modulation of THz wave front
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Diffraction: off axis (0 0)
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The third dimension
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Band-pass and band-stop configurations
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Artificial dielectric: quarter-wave plate & isolator
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Leaky wave devices: a candidate for multiplexing
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Experimental setup
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Multiplexing: effect of detector aperture
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Directional THz links: eavesdropping
16
Conclusions
Description:
Explore the cutting-edge field of terahertz wireless communications in this 57-minute NYU Wireless & ECE Special Seminar presented by Prof. Daniel Mittleman. Delve into the photonics approach to THz systems, examining the merger of electronics and photonics and the numerous physical layer challenges. Learn about THz modulator characterization, uniform spatial modulation, and dynamic modulation of THz wave fronts. Investigate diffraction, the third dimension in THz communications, and various configurations including band-pass and band-stop. Discover artificial dielectrics, leaky wave devices for multiplexing, and experimental setups. Analyze the effects of detector aperture on multiplexing and explore directional THz links, including eavesdropping concerns. Gain valuable insights into this emerging technology and its potential applications in future wireless communication systems.

Channel Characteristics for Terahertz Wireless Communications

New York University (NYU)
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