Peak Spectroscopy is well known within certain circles. The purpose is to develop specialized software and hardware for spectral data analysis. The software is widely used in scientific research.
I am about to use a lot of odd jargon, but that is the type of client we have. Here’s a list of places where these guys’ solutions are used:
- Fluorescence spectroscopy with time resolution
- Two-dimensional spectroscopy.
- Raman spectroscopy
- Relationship to operational peak spectroscopy
So, here is the list. Most of these areas interact via a process known as “operational peak spectroscopy” (OPS).
It is well known in neuroscience, and its distinguishing feature is that it enables real-time monitoring and study of the activity of individual neurons in the brains of living organisms.
Let’s find out how everything works:
- Scientists use a two-photon microscope to study particular neurons.
- A living thing receives a specific stimulus (such as an audio or visual input).
- The program records how the neuron’s activity varies in response to this stimulation, yielding a spectrogram. This helpful graph illustrates activity over time.
