A significantly large scope is available for the scientific and engineering developments of high-throughput ultra-high sensitive oxygen sensors. We give a perspective sensing two physical states matters—solid-state nanomaterials plasma. From single-molecule experiments to material selection, we reviewed various aspects sensing, such as capacitance, photophysics, electron mobility, response time...

This paper describes a real-time fatigue sensing and enhanced feedback system designed for video terminal operating groups. analyzes the advantages disadvantages of various current acquisition devices algorithms perception. After comparison, this study uses an eye movement instrument to collect user PERCLOS, then calculates determines user’s state. A detailed discrimination calculation method i...

In the present work we develop a real-time electrochemical mediator assay to enable the assessment of cell numbers and chemical toxicity. This allowed us to monitor metabolism down to a single cell in a low cost easy to use rapid assay which is not possible with current technology. The developed assay was based on the determination of oxygen. This was made possible via the use of electrochemica...

This study proposes the use of an innovative array of accelerometers for inertial tracking that is enabled through the use of a non-Cartesian hyper-coordinate frame. Traditional inertial tracking technologies employ an array of accelerometers and gyroscopes oriented in the orthogonal axes of the Cartesian coordinate system. The gyroscope sensors are responsible for deducing the relative orienta...

Atomic clock interferometers are a valuable tool to test the interface between quantum theory and gravity, in particular via measurement of gravitational time dilation regime. Here, we investigate whether may be also used as resource information theory. In particular, show that for freely falling interferometer Mach-Zehnder interferometer, enhance precision estimating acceleration long interfer...