Raman spectroscopy is an incredibly robust tool for the identification of many classes of chemical compounds in materials. In pharmaceuticals, Raman...

Quantitative polymerase chain reaction (qPCR) is a variation of the traditional PCR methodology to not just rapidly amplify and copy a DNA sample...

Gain flattening filters (GFFs) are used to smooth out unequal intensities in a signal spectrum. Common applications for GFFs are in modulating the...

Raman spectroscopy is a key technique in the profiling and quality control of pharmecuticals.1-3 As every chemical compound has a unique spectral...

Satellite communications (satcom) plays an essential role in global communications1 and with an ever-increasing number of satellite networks...

The age of ‘Big Data’ and the power of real-time data analytics means organizations are increasingly turning to enterprise networks to handle the...

Exploring Optical Design Differences Between Conventional and Handheld Raman Raman spectroscopy is a sophisticated chemical identification method...

Our planet is connected by communications technology. Right now, around 66.2% of people worldwide use the internet. To account for the...

In optical communications, there is a demand for high-capacity transmission systems. This has led to the creation of sophisticated technologies,...

Raman spectroscopy examines molecules' vibrational and rotational behaviours within a material, providing essential data for identification and...