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Tunable Multifunctional Molecular Materials - M4

Reference of the Group:

GIUV2014-208

 
Description of research activity:
The activity of the group focuses on the design, synthesis and characterisation of new molecular materials that present several properties of interest in the same material and whose properties can be modulated and adjusted at will. The ultimate goal will be the preparation of devices in which these multifunctional molecular materials represent an additional advantage thanks to the possibility of modulating these properties. To this end, the group uses the usual tools of coordination chemistry for the synthesis of materials that combine different properties. The most common properties will be electrical, magnetic and optical. Among the first ones, electronic and ionic conductors and superconductors stand out. Magnetic properties include magnetic couplings, long-range magnetic arrangements, single-molecular magnets (SMM) or single-chain magnets (SCM) as well as switch systems such as spin transition systems (SCO) among others. Optical properties include luminescence and fluorescence, as well as chiral or photoisomerisable systems. SCO systems also exhibit optical properties such as the blocking of a light-induced excited spin state (LIESST) where a transition to a metastable spin...The activity of the group focuses on the design, synthesis and characterisation of new molecular materials that present several properties of interest in the same material and whose properties can be modulated and adjusted at will. The ultimate goal will be the preparation of devices in which these multifunctional molecular materials represent an additional advantage thanks to the possibility of modulating these properties. To this end, the group uses the usual tools of coordination chemistry for the synthesis of materials that combine different properties. The most common properties will be electrical, magnetic and optical. Among the first ones, electronic and ionic conductors and superconductors stand out. Magnetic properties include magnetic couplings, long-range magnetic arrangements, single-molecular magnets (SMM) or single-chain magnets (SCM) as well as switch systems such as spin transition systems (SCO) among others. Optical properties include luminescence and fluorescence, as well as chiral or photoisomerisable systems. SCO systems also exhibit optical properties such as the blocking of a light-induced excited spin state (LIESST) where a transition to a metastable spin state occurs by light absorption. We will also focus on the preparation of materials that combine magnetic properties with porosity in order to design materials capable of interacting with host molecules and thereby changing their properties (chemical sensors).
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Web:

http://www.icmol.es/m4/

 
Scientific-technical goals:
  • Diseño, sintesis, caracterizacion y aplicacion de nuevos materiales moleculares multifuncionales con propiedades modulables
 
Research lines:
  • Tunable multifunctional molecular materials.Design, synthesis and characterisation of molecular materials with various properties of interest that can be modulated by chemical design or external stimuli such as temperature, light, pressure, magnetic field or others.
 
Group members:
Name Nature of participation Entity Description
CARLOS JOSE GOMEZ GARCIADirectorUniversitat de València
Research team
JUAN JOSE BORRAS ALMENARMemberUniversitat de València
ANTONIO LUIS RIBERA HERMANOMemberUniversitat de València
CARLOS GIMENEZ SAIZMemberUniversitat de València
SAMIA BENMANSOUR SOUILAMASMemberUniversitat de València
FRANCISCO MANUEL ROMERO MARTINEZCollaboratorUniversitat de València
 
CNAE:
  • -
  • -
 
Associated structure:
  • Inorganic Chemistry
 
Keywords:
  • materiales moleculares; propiedades magnéticas; propiedades eléctricas; conductores moleculares; transición de spin; polímeros de coordinación