The SensorsGroup at the University of Rome Tor Vergata joins people at the Department of Electronic Engineering and the Department of Chemical Science and Technology with the main mission of studying and developing innovative sensors and sensor systems ready for applications.
Corrado Di Natale
Chemical sensors, Artificial Olfaction and Taste, Data Analysis, Electronics for sensors
Chiral Molecular Assemblies group
Our group focuses on the fine control of nano-micro nanostructures based on molecular self-assemblies. We aim at understanding the fundamental mechanism of the nano-chiral or periodic assemblies and the parameters which controls their morphologies and dynamics.
NLATE Sylvain Associate professor
POUGET Emilie CNRS research associate
YOSHIDA Kyohei Post-Doc in Chemistry
AMESTOY Antoine PhD in Chemisty
GAO Jie PhD in Chemisty
JIANG Jian-Qiao PhD in Chemisty
LIU Peizhao PhD in Chemisty
PATHAN Shaheen PhD in Chemisty
SCALABRE Antoine PhD in Chemisty
YOSPANA Wijac doctorant
KALANTARI Fatema doctorant
Supramolecular Chemistry Group
The Supramolecular Chemistry group at the Department of Chemistry and Biotechnology of Tallinn University of Technology (Estonia) aims synthesis of chiral hosts, design of supramolecular conjugates consisting of recognition and signaling functions, and study of chiral recognition properties in solution phase.
Chirality, Host-guest and Supramolecular chemistry, Hemicucurbiturils, Porphyrins, Dynamic covalent chemistry, Spectroscopy
Supramolecular Chemistry group
Our group is focused on structural analysis of complex supramolecular complexes and assemblies and ab initio absolute structure determination of chiral enantiopure molecules and complexes using single crystal X-ray crystallography, mass spectrometry and NMR spectrometry We work at the interface between synthetic chemistry, structural chemistry and supramolecular materials science and aim to the understanding of the weak intermolecular interactions which are responsible for the recognition, catalytic or self-assembly properties observed in the target compounds/materials.
Single Crystal X-ray Crystallography, Crystal Engineering, Weak Intermolecular Interactions, Hydrogen Bonding, Halogen Bonding, Anion binding, Coordination Chemistry, Molecular & Subcomponent Self-Assembly, NMR spectroscopy, mass spectrometry, UV-Vis spectroscopy, Synthetic Supramolecular Chemistry
Senge Group, Organic Chemistry
The group at Trinity College Dublin uses synthetic organic chemistry to study all aspects of tetyrapyrrole chemistry and biochemistry. In the INITIO project we prepare porphyrin-based receptors and catalysts for the binding, identification and activation of small molecules.
Mathias O. Senge
Other research interest
Organic chemistry: synthetic organic chemistry; development of new synthetic methods; synthesis of hydrocarbon scaffold molecules, triptycenes, cubanes; organometallic chemistry; photochemistry. Bio(in)organic and biological chemistry: heterocyclic and natural product chemistry; porphyrin and tetrapyrrole chemistry; regulation of enzymatic reactions on a molecular level. Medicinal chemistry: photomedicine, esp. photodynamic therapy; imaging techniques, high content analysis. Photobiology:photosynthesis; structure and function relationship in biologically active molecules. Crystallography: structure determination and conformational analysis of natural products and coordination compounds; crystal engineering of tetrapyrroles. Material science: nonlinear optical materials; molecular circuitry, 2D nanostructures. History and philosophy: of photochemistry and photomedicine.