Search Results for: solar

Today’s post on thermal imaging cameras is prepared by a guest blogger – Amanda Wilson – a technical blogger specializing in the electrical and electronic test equipment and measurement ...

The advent of the semiconductors as it pertains to electronics has been nothing short of revolutionary. Specifically, semiconductors have enabled the processing of large amounts of data in smaller devices. ...

Light Fidelity, also known as Li-Fi, was invented by Professor Suat Topsu from Paris-Saclay University and introduced worldwide by German Physicist Harald Haas in a 2011 Ted talk. Haas did a demonstration ...

Semiconductors are essential for modern day life as we know it. From their usage in integrated circuits for computers’ logic functions to satellite communications, semiconductors allow for efficient ...

  An Introduction to Nanophotonics: Something Big from Something Small In recent years there has been a lot of work with nanophotonics in optical physics and engineering. This is a part of the rising ...

Quantum dots, sometimes referred to as semiconductor nanocrystals, are an exciting emerging technology that we have covered previously on our blog. Quantum dots are artificial nanoparticles (on the order ...

Non-linear techniques in photonics have opened up new avenues for sensing and manipulating materials. In the 1960s, non-linear techniques were used to discover multiphoton absorption processes in ...

From night vision cameras to powerful telescopes, the range of applications involving infrared technology is vast. In the previous article, we covered the basics of infrared technology and the types of ...

In our blog we have discussed fiber optics and its applications that become increasingly present in our daily lives. As a means of communications in high-speed data transmission fiber optics made our world ...

The nightly sky has fascinated early humans and modern research scientists alike. Many wonder what is out there and look to the sky for answers to questions like: are we alone? Due to the vast scale of the ...