Using computer simulations, they calculated
how terahertz waves would interact with cylinders of varying heights and widths.
The work is important because scientists are just beginning to understand the details of
how terahertz data links behave in the elements, Mittleman says.
Not exact matches
Mittleman says that these kinds of basic studies on the nature of
terahertz data transmission are critical for understanding
how to design the network architecture for future
terahertz data systems.
This work has shown theoretically and by means of simulations
how beam steerers and power splitters work for
terahertz waves, and is of tremendous importance in view of their huge potential in sectors like security, biomedical engineering, pharmacy, space, etc..