Raman imaging has long been used to probe the chemical nature of a
sample, providing information on molecular orientation, symmetry
and structure with sub-micron spatial resolution. Recent technical
developments have pushed the limits of micro-Raman microscopy,
enabling the acquisition of Raman spectra with unprecedented speed,
and opening a pathway to fast chemical imaging for many
applications from material science and semiconductors to
pharmaceutical drug development and cell biology, and even art and
forensic science. The promise of tip-enhanced raman spectroscopy
(TERS) and near-field techniques is pushing the envelope even
further by breaking the limit of diffraction and enabling
nano-Raman microscopy.
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