Current Research Areas and Interests |
|
|
- Molecular Sensors
- Electron/Energy Transfer Processes
- Co-ordination Chemistry
- Crystal Engineering
- Computational and Molecular Modeling Studies
|
|
| |
- Fluorescent molecular sensors based on calixarene and other related macrocycli compounds for cation recognition
- Selective and sensitive colorimetric sensor(s) for inonic species
- Organic molecules for extraction of metal ions from aqueous solution
|
|
Electron/Energy transfer Processes |
|
|
- Electron and energy transfer in donor-acceptor systems held by bonded and non-bonded interaction.
- Interfacial electron transfer of a photoactive donor unit to nanoparticulate semiconductor surfaces like TiO2
|
|
| |
- Coordination chemistry of halides and oxyanions by macrocyle, macrobicycle and tripodal receptors
- Supramolecular architecture of metallohelicates as chiro-optics, nano-material, bio-functional materials and molecular recognition
- Coordination polymers as microporous materials
|
|
| |
- Crystal engineering aspects and its application in designing functional materials such as organo- and hydrogelators
|
|
| |
- Computational/molecular modeling studies towards the problems on crystal morphology, sensors, stereochemistry, structure and reactivity of reactive intermediates, kinetic and thermodynamic aspects of chemical transformation
|
