Microwave sensors offer attractive solutions to highly sensitive, rapid, and non-invasive
measurements. Microfluidic technology has exquisite advantages of small size …

In recent years, there has been growing interest in developing capacitive biosensors using
Complementary Metal Oxide Semiconductor (CMOS) technology for various life science …

Probing biological materials with electromagnetic waves, which has been investigated for
decades [1]-[6], involves characterizing the sample with its dielectric properties that are …

This paper presents an integrated sensing system for complex dielectric spectroscopy in the
0.62-10 GHz frequency range. A capacitive sensor exposed to the material under test (MUT) …

Due to their use in the medical, biomedical, and nutritional fields, microwave dielectric
sensors and spectroscopy systems are very good candidates for a variety of fields, including …

This paper presents a room-temperature operating superresolution terahertz (THz) planar
near-field solidstate sensor breaking the diffraction limit. Contrary to classical …

This paper reports on the design, fabrication and testing of a microfluidic sensor for a
miniaturized measurement platform dedicated to dielectric spectroscopy at RF/microwave …

We show the measurement of the physiological range of glucose in a multicomponent
aqueous solution through multivariate analysis of broadband dielectric spectra from 500 …

This paper presents the sensitivity optimization of a microwave biosensor dedicated to the
analysis of a single living biological cell from 40 MHz to 40 GHz, directly in its culture …

Quantitative measurement of the complex relative dielectric permittivity (ε r) of a material vs.
frequency (ie, dielectric spectroscopy, or DS) is a powerful monitoring technique that extracts …