FindLight Blog » Findlightopedia » Page 27 of 37

A team of researchers from Keio University in Japan has published their results on utilizing laser processing to produce biodegradable polymers for use in tissue engineering. Biocompatible polymers are ...

The Very Large Telescope – located in northern Chile- is one of the world’s most advanced optical instruments.  The VLT consists of four unit telescopes capable of high-resolution spectroscopy and ...

Laser beams are notable for their small size and long range focusing capabilities. These qualities have been used in medicine for precision surgery, and in industry for precision cutting. However, change ...

Silicon photonics is the technology of using optical processing components made of silicon itself, rather than other materials. Electronic interconnects with copper contribute to high power consumption and ...

Light travels at the speed of around 186,000 miles per second. This tremendous speed has enabled us to use light for telecommunication systems with low losses. Engineers are constantly driven to develop ...

Crystals are periodic structures in space. They are used in the electronics industry to control and manipulate electrons. These structures create energy gaps by allowing only electrons with certain ...

3D body scanning lends itself to a wide variety of fields. Healthcare professionals can use body scans to make 3D printed prosthetics, animation studios can use body scans for highly-accurate portraits, ...

The Impact of Particle Pollution Environmental pollution is directly linked to a long list of health problems including asthma, decreased lung function, and cardiovascular disease. A study conducted by a ...

In 1984, Charles Hull placed the first building block of 3D printing technology: stereolithography. This early technique used lasers to bind polymers together in a predetermined design. Engineers used a ...

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 ...