| Equipment | Description | Responsible | Links |
| Cryo-Electron microscope | Dr. Marc Stuart (Stratingh Institute for Chemistry) |
Contact info Marc Stuart | |
| Electrochemistry | UV/Vis, NIR, IR and Raman Spectroelectrochemistry (also under glove box conditions). Bipoteniostat available. Rotating Disk Electrode. | Prof. Wesley Browne (Molecular Inorganic Chemistry) |
Contact info Wesley Browne |
| Raman spectroscopy/microscopy |
CW: 244, 266, 355, 400, 457, 473, 488, 532, 561, 633, 785, 1064, 1341 nm Pulsed: 266, 355, 532, 1064 nm Configurable: low temp/microscopy |
Prof. Wesley Browne (Molecular Inorganic Chemistry) |
Contact info Wesley Browne |
| >ns-time resolved spectroscopy (abs, em, Raman) | Prof. Wesley Browne (Molecular Inorganic Chemistry) |
Contact info Wesley Browne | |
| NIR spectroscopy | Absorption and emission spectroscopy | Prof. Wesley Browne (Molecular Inorganic Chemistry) |
Contact info Wesley Browne |
| Super critical HPLC (CO2) | Prof. Wesley Browne (Molecular Inorganic Chemistry) |
Contact info Wesley Browne | |
| LD/CD |
Diffuse reflectance . r.t. MCD NIR extension 1100 nm Horizontal irradiation facilities |
Prof. Wesley Browne (Molecular Inorganic Chemistry) |
Contact info Wesley Browne |
| STD NMR | To determine which small-molecule binders actually bind to a protein target | Dr. Anna Hirsch | Contact info Anna Hirsch |
| 3D printer | Prof. Wesley Browne (Molecular Inorganic Chemistry) |
Contact info Wesley Browne |
