RAMAN SPECTROSCOPY HUB
India's Most Comprehensive Raman Spectroscopy Mastery Platform – From fundamental principles and instrumentation to advanced techniques like SERS, Resonance Raman, and cutting-edge applications. Designed for undergraduate, postgraduate materials science students, and early-stage researchers.
Complete Lecture Series
30 comprehensive lectures covering fundamentals, advanced techniques, and practical applications
Module 1: Foundations of Raman Spectroscopy
Undergraduate Level • Master the fundamentals from theory to practical analysis
What is Raman Spectroscopy?
A Complete Introduction
Discover the Raman effect, understand the difference between elastic and inelastic scattering, and explore how this Nobel Prize-winning discovery revolutionized materials analysis.
Read Lecture →Why Raman Spectroscopy After XRD? The Protocol Every Researcher Must Know?
The Complete Scientific Rationale
Discover the Raman effect, understand the difference between elastic and inelastic scattering, and explore how this Nobel Prize-winning discovery revolutionized materials analysis.
Read Lecture →How to Interpret a
Raman Spectrum
Step-by-step systematic approach to reading spectra, identifying functional groups, and assigning peaks with confidence.
Read Lecture →Module 2: Advanced Raman Techniques
Postgraduate Level • Cutting-edge methods and theoretical depth
Surface-Enhanced Raman
Spectroscopy (SERS)
Electromagnetic and chemical enhancement mechanisms, substrate design, and single-molecule detection applications.
Read Lecture →Tip-Enhanced Raman
Spectroscopy (TERS) (COMING SOON)
Nanoscale spatial resolution combining AFM/STM with Raman for single-molecule imaging and surface analysis.
Read Lecture →Group Theory and Symmetry
in Raman Spectroscopy
Complete guide to applying group theory: character tables, normal mode analysis, selection rules, and worked examples.
Read Lecture →Module 3: Applications & Practical Case Studies (COMING SOON)
All Levels • Real-world materials analysis and industry applications
Raman Spectroscopy of
Graphene & 2D Materials
Master G, D, 2D peak analysis, determine layer numbers, assess defects, study strain and doping in graphene and MoS₂.
Read Lecture →Raman Spectroscopy of
Ferroelectrics
Radial breathing modes, G-band signatures, distinguish metallic vs semiconducting, diameter calculations, and chirality.
Read Lecture →Raman Spectroscopy for
Polymer Characterization
Polymer identification, crystallinity determination, orientation studies, degradation monitoring, and copolymer analysis.
Read Lecture →