Plasmonics waveguides have unique, attractive features such as 1) allowing co-propagation of optical and electrical signals and 2) tight confinement of the electromagnet mode.  A recently published work describes a new configuration of plasmonic waveguides that tries to overcome the device’s well-known obstacle of a limited propagation length, where the loss of light signal occurs due to light absorption in the metal.  Authors Uriel Levy and colleagues use a Nanonics Multiview 4000 in this paper [Optics Express, 2014] to characterize the properties of the waveguide and to measure the propagation loss of the waveguide modes.  They find comparable propagation loss in their devices, and they suggest significant improvements to the propagation losses with changes to the fabrication process of the device.

Published:  Optics Express, Sep 3 2014

Click here for more information on the Nanonics MultiView 4000 system

Do you have a question about a product?
Are you interested in a quote?


Great, please leave your name and email below,

and we will be in touch with you shortly to schedule a time.

What technique are you looking for? We're confident we have a solution for you.




Or simply contact us and one of our applied scientists will help guide you to the right product for your research or industry:

Contact Us
Get a customized quote for your research needs
Looks like Nanonics would be a great fit for your SPM research. Would you like to receive a customized quote?