The aim of this project was the testing of the stability of different sensor materials under harsh conditions. To attain this objective, two main courses of study have been followed. The first part of the thesis focuses ...

[ANGLÈS] The band structure of photonic crystals offers many possibilities for the manipulation of electromagnetic waves. In recent years, research has been primarily focused on possible applications that these crystals ...

The use of LEDs as photodetectors has been subject of study for a long time. However, LEDs manufacturers do not provide information about the response of LEDs to the light. It is essential for the designers of electronic ...

A 4-node prototype of SDN-controlled disaggregated data-center network is experimentally demonstrated based on the nanoseconds optical switch, enabling flexible hardware resource provisioning and dynamic resource reallocation. ...

Nowadays people in society are demanding an increase in the security and comfort of their homes and at the same time saving money and time. If we would like to achieve this aim, we have to improve our efficiency applying ...

We demonstrate a novel method that makes an efficient use of laser nonlinear dynamics when subject to optical self-injection for subwavelength displacement sensing purposes. The proposed methodology combines two different ...

Semiconducting, two-dimensional molybdenum disulfide (MoS2) is considered a promising new material for highly sensitive photodetection, because of its atomically thin profile and favorable bandgap. However, reported ...

In the modern world, we have many ways to localize robots in space. The most known methods are based on GPS or triangulation, and the orientation sensors also give good results (Angle of Arrival : [Cin+ts] GPS/Bluetooth ...