Nuclear Magnetic Resonance
Resolve connectivity, stereochemistry, dynamics, and molecular environments in solution and solids.
- 1D & multidimensional NMR
- Quantitative NMR
- Solid-state methods
● METHODS LIBRARY
From sample to
reproducible result.
Navigate key techniques by the evidence they produce and the questions they answer.
Mass Spectrometry
Measure molecular mass, fragmentation, abundance, and complex mixture composition.
- High-resolution MS
- LC–MS workflows
- Imaging mass spectrometry
X-ray Diffraction
Determine atomic arrangements, phase identity, crystallinity, and structural change.
- Single-crystal XRD
- Powder diffraction
- Operando scattering
Electron Microscopy
Map morphology, interfaces, defects, and elemental distributions at the nanoscale.
- Transmission EM
- Cryogenic EM
- Energy-dispersive mapping
Electrochemical Analysis
Probe redox pathways, charge transfer, catalytic cycles, and interface kinetics.
- Cyclic voltammetry
- Impedance spectroscopy
- Rotating disk methods
Molecular Simulation
Predict structures, energies, dynamics, and molecular interactions across scales.
- Density functional theory
- Molecular dynamics
- Free-energy methods