| Spectroscopic Analysis |
Electrical characterization of solid materials, low-dimensional materials, and films of appropriately treated materials |
| Scientific Computing |
Data analysis using software and calculation procedures |
| Calorimetry and Thermal Analysis |
Characterization of the thermodynamic properties of materials |
| MNS Chemistry |
Storage of chemical products and processing |
| Drones and Data ProcessingDroni e CED |
Support for drones and GIS data processing |
| MNS Electronics |
Development of electronic and electrical circuits and testing of scientific instrumentation |
| Thin Films |
Analysis of surfaces and thin film layers |
| Environmental Physics |
Monitoring and experimental characterization of environmental parameters; modeling and prediction of climatic weather parameters |
| Applied Physics |
Structural characterization using optical techniques |
| Laser-Generated Plasma Physics |
Diagnostics of laser-generated plasmas and deposition of thin films |
| Low-Temperature Physics |
Structural characterization of glassy systems |
| Geochemistry |
Analysis of heavy metals and trace elements |
| Geophysics |
Territorial and urban geophysical diagnostics and development of data acquisition and processing methodologies |
| Geology |
Sedimentological, mineralogical, and petrographic analysis of incoherent and coherent rocks, as well as geophysical survey activities |
| Forensic Geology |
Forensic Geology |
| Geomorphology |
Geomorphological analysis |
| Integrated Experimental Techniques |
Characterization of interdisciplinary material systems using integrated complementary spectroscopic techniques |
| Microanalysis |
Electron microscopy and X-ray fluorescence for morphological and compositional analysis |
| Scanning Probe Microscopy and Spectroscopy |
Nanometer-scale analysis of electronic properties of materials |
| Electron Microscopy and X-ray Microfluorescence |
Mineralogical analysis of inorganic compounds, SEM microscopy, and determination of heavy metals in rock and environmental matrices |
| Optical Microscopy for Mineralogical Analysis |
Optical microscopy analysis |
| Nanomaterials |
Synthesis of nanostructured materials |
| Nanotechnologies |
Morphological-structural characterization of nanostructured systems |
| Nuclear A |
Development of electronic and electrical circuits and testing of scientific instrumentation |
| Nuclear B |
Detector testing laboratory |
| Nuclear C |
Acquisition chain testing laboratory |
| Paleontology |
Analysis of paleontological findings |
| Preparative |
Preparation of glassy samples, colloidal systems, biomimetic membranes |
| X-rays |
High and low angle diffraction. X-ray micro-radiography and tomography |
| Sedimentology |
Preparation of sedimentary rock samples and geomorphological analysis |
| Soft matter |
Measurements of optical spectroscopy and viscoelasticity |
| Photocorrelation Spectroscopy |
Characterization of diffusive and micro-rheological properties of colloidal systems |
| Dielectric and Acoustic Spectroscopy |
Spectroscopy Characterization through dielectric and acoustic spectroscopy |
| Photoelectron Spectroscopy |
Qualitative and quantitative analysis of materials using X-ray photoelectron spectroscopy |
| Nonlinear Spectroscopy |
Nonlinear optical characterizations of composite systems |
| Optical MNS Spectroscopy |
Characterization of materials using optical techniques |
| Raman and IR Spectroscopy |
Structural characterization through Raman and IR spectroscopy |
| Optical and Ultrafast Spectroscopies |
Structural characterization of materials using Raman and FTIR spectroscopy |
| Spectroscopic Techniques |
Characterizations using DLS |
| Ultrasound and High Pressures |
Synthesis of materials under extreme conditions of temperature and pressure and characterization of elastic properties |