Surface-enhanced Raman spectroscopy gives the same information as normal Raman spectroscopy but with a significantly enhanced signal. It is also referred to as surface-enhanced Raman

In 1958, a German physicist, Rudolf Mossbauer, invented Mossbauer spectroscopy. It is a versatile technique that provides sensitive information about the structural, magnetic, chemical and

Energy dispersive spectroscopy (EDS) is an interesting analytical spectroscopic technique. It is mainly used to characterize and find the relative abundance of different chemical elements

Spectroscopy is regarded as a theoretical science, while spectrometry is considered a practical measurement. Both are differently related to the interactions between matter and light.

Isn’t it fascinating that scientists are using astronomical spectroscopy to determine the age of the Universe? How astronomical spectroscopy makes discovering the dark corners of

In quadrupole mass spectroscopy, a type of mass analyzer known as quadrupole mass spectrometer (QMS) is used. The spectrometer is also referred to as a

As its name suggests, electrochemical impedance spectroscopy (EIS) falls under the domain of electrochemistry. It is an analytical technique that finds remarkable applications in surface-level

Spectroscopy is a combination of two words i.e., spectro and scopy. Spectro comes from the Latin spectrum which means an image while scopy means to

There is no denying the fact that analytical spectroscopic techniques have multiple uses in chemistry. Whether it be in the research and development sector, in

13C-NMR spectroscopy is nuclear magnetic resonance spectroscopy performed with respect to the C-13 isotope of carbon in organic molecules. There are three main isotopes of