Q3144213 (Q3144213): Difference between revisions
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(Changed an Item: Edited by the materialized bot - inferring region from the coordinates) |
(Created claim: summary (P836): THE RESEARCH OF THIS PROJECT IS FRAMED IN THE CONTROL OF MOTION AT MOLECULAR LEVEL IN MECHANICALLY LINKED MOLECULES, PROTOTYPES PAR EXCELLENCE OF MACHINES AND MOLECULAR SYNTHETIC MOTORS. THE SUPRAMOLECULAR NATURE OF INTERACTIONS BETWEEN THE LINKED COMPONENTS OF THESE SPECIES AND THEIR THREADED STRUCTURE ALLOW FOR PRECISE CONTROL OF THE POSITION AND MOVEMENT OF THEIR MOLECULAR SUBUNITS. IN THIS CONTEXT, WE INTEND TO MAKE CONTRIBUTIONS TO THE FIEL...) |
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THE RESEARCH OF THIS PROJECT IS FRAMED IN THE CONTROL OF MOTION AT MOLECULAR LEVEL IN MECHANICALLY LINKED MOLECULES, PROTOTYPES PAR EXCELLENCE OF MACHINES AND MOLECULAR SYNTHETIC MOTORS. THE SUPRAMOLECULAR NATURE OF INTERACTIONS BETWEEN THE LINKED COMPONENTS OF THESE SPECIES AND THEIR THREADED STRUCTURE ALLOW FOR PRECISE CONTROL OF THE POSITION AND MOVEMENT OF THEIR MOLECULAR SUBUNITS. IN THIS CONTEXT, WE INTEND TO MAKE CONTRIBUTIONS TO THE FIELD MAKING USE OF MECHANICALLY LINKED MOLECULES BY POSING: (A) THE ESTABLISHMENT OF NEW MODES OF CONTROLLING MOTION AT THE MOLECULAR LEVEL THROUGH THE APPROPRIATE DESIGN OF NEW [2]ROTAXANS USING: (I) REVERSIBLE COMPETITIVE INTERACTIONS WITH NEUTRAL MOLECULES OR RADICAL ANIONS TO INDUCE MOVEMENT INTERMOLECULARLY, (II) REGULATION OF THE MOVEMENT OF TRANSLATION USING PHOTOACTIVE RECEPTORS, (III) EXPLORATION OF (ELECTRO)CHEMICAL PROCESSES TO CONTROL THE POPULATION DISTRIBUTION OF MOLECULAR SHUTTLES, (IV) EFFICIENT PHOTOISOMERISATION PROCESSES TO SWITCH THE STATES OF NEW MOLECULAR LAUNCHERS, (V) FUNCTIONALISING MESOPOROUS MATERIALS WITH MOLECULAR SHUTTLES FOR USE AS DISPENSERS AND (B) SEEKING WAYS TO ORGANISE ROTAXANS ASSEMBLED BY HYDROGEN BRIDGES IN SUPRAMOLECULAR POLYMERS OR IN METAL-ORGANIC BUILDINGS AND EXPLORE THE ROLE OF THREADED FRAGMENT IN ITS CONSTRUCTION AND APPLICATIONS. (English) | |||||||||||||||
| Property / summary: THE RESEARCH OF THIS PROJECT IS FRAMED IN THE CONTROL OF MOTION AT MOLECULAR LEVEL IN MECHANICALLY LINKED MOLECULES, PROTOTYPES PAR EXCELLENCE OF MACHINES AND MOLECULAR SYNTHETIC MOTORS. THE SUPRAMOLECULAR NATURE OF INTERACTIONS BETWEEN THE LINKED COMPONENTS OF THESE SPECIES AND THEIR THREADED STRUCTURE ALLOW FOR PRECISE CONTROL OF THE POSITION AND MOVEMENT OF THEIR MOLECULAR SUBUNITS. IN THIS CONTEXT, WE INTEND TO MAKE CONTRIBUTIONS TO THE FIELD MAKING USE OF MECHANICALLY LINKED MOLECULES BY POSING: (A) THE ESTABLISHMENT OF NEW MODES OF CONTROLLING MOTION AT THE MOLECULAR LEVEL THROUGH THE APPROPRIATE DESIGN OF NEW [2]ROTAXANS USING: (I) REVERSIBLE COMPETITIVE INTERACTIONS WITH NEUTRAL MOLECULES OR RADICAL ANIONS TO INDUCE MOVEMENT INTERMOLECULARLY, (II) REGULATION OF THE MOVEMENT OF TRANSLATION USING PHOTOACTIVE RECEPTORS, (III) EXPLORATION OF (ELECTRO)CHEMICAL PROCESSES TO CONTROL THE POPULATION DISTRIBUTION OF MOLECULAR SHUTTLES, (IV) EFFICIENT PHOTOISOMERISATION PROCESSES TO SWITCH THE STATES OF NEW MOLECULAR LAUNCHERS, (V) FUNCTIONALISING MESOPOROUS MATERIALS WITH MOLECULAR SHUTTLES FOR USE AS DISPENSERS AND (B) SEEKING WAYS TO ORGANISE ROTAXANS ASSEMBLED BY HYDROGEN BRIDGES IN SUPRAMOLECULAR POLYMERS OR IN METAL-ORGANIC BUILDINGS AND EXPLORE THE ROLE OF THREADED FRAGMENT IN ITS CONSTRUCTION AND APPLICATIONS. (English) / rank | |||||||||||||||
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| Property / summary: THE RESEARCH OF THIS PROJECT IS FRAMED IN THE CONTROL OF MOTION AT MOLECULAR LEVEL IN MECHANICALLY LINKED MOLECULES, PROTOTYPES PAR EXCELLENCE OF MACHINES AND MOLECULAR SYNTHETIC MOTORS. THE SUPRAMOLECULAR NATURE OF INTERACTIONS BETWEEN THE LINKED COMPONENTS OF THESE SPECIES AND THEIR THREADED STRUCTURE ALLOW FOR PRECISE CONTROL OF THE POSITION AND MOVEMENT OF THEIR MOLECULAR SUBUNITS. IN THIS CONTEXT, WE INTEND TO MAKE CONTRIBUTIONS TO THE FIELD MAKING USE OF MECHANICALLY LINKED MOLECULES BY POSING: (A) THE ESTABLISHMENT OF NEW MODES OF CONTROLLING MOTION AT THE MOLECULAR LEVEL THROUGH THE APPROPRIATE DESIGN OF NEW [2]ROTAXANS USING: (I) REVERSIBLE COMPETITIVE INTERACTIONS WITH NEUTRAL MOLECULES OR RADICAL ANIONS TO INDUCE MOVEMENT INTERMOLECULARLY, (II) REGULATION OF THE MOVEMENT OF TRANSLATION USING PHOTOACTIVE RECEPTORS, (III) EXPLORATION OF (ELECTRO)CHEMICAL PROCESSES TO CONTROL THE POPULATION DISTRIBUTION OF MOLECULAR SHUTTLES, (IV) EFFICIENT PHOTOISOMERISATION PROCESSES TO SWITCH THE STATES OF NEW MOLECULAR LAUNCHERS, (V) FUNCTIONALISING MESOPOROUS MATERIALS WITH MOLECULAR SHUTTLES FOR USE AS DISPENSERS AND (B) SEEKING WAYS TO ORGANISE ROTAXANS ASSEMBLED BY HYDROGEN BRIDGES IN SUPRAMOLECULAR POLYMERS OR IN METAL-ORGANIC BUILDINGS AND EXPLORE THE ROLE OF THREADED FRAGMENT IN ITS CONSTRUCTION AND APPLICATIONS. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 14:00, 12 October 2021
Project Q3144213 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3144213 in Spain |
Statements
75,504.0 Euro
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94,380.0 Euro
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80.0 percent
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1 January 2015
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31 December 2017
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UNIVERSIDAD DE MURCIA
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37°59'32.57"N, 1°7'49.94"W
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30030
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LA INVESTIGACION DE ESTE PROYECTO SE ENCUADRA EN EL CONTROL DEL MOVIMIENTO A NIVEL MOLECULAR EN MOLECULAS ENLAZADAS MECANICAMENTE, PROTOTIPOS POR EXCELENCIA DE MAQUINAS Y MOTORES MOLECULARES SINTETICOS. LA NATURALEZA SUPRAMOLECULAR DE LAS INTERACCIONES ENTRE LOS COMPONENTES ENLAZADOS DE ESTAS ESPECIES Y SU ESTRUCTURA ENHEBRADA PERMITEN UN CONTROL PRECISO DE LA POSICION Y EL MOVIMIENTO DE SUS SUBUNIDADES MOLECULARES. EN ESTE CONTEXTO, PRETENDEMOS REALIZAR APORTACIONES AL CAMPO HACIENDO USO DE MOLECULAS ENLAZADAS MECANICAMENTE PLANTEANDO: (A) EL ESTABLECIMIENTO DE NUEVOS MODOS DE CONTROLAR EL MOVIMIENTO A NIVEL MOLECULAR MEDIANTE EL DISEÑO ADECUADO DE NUEVOS [2]ROTAXANOS RECURRIENDO A: (I) INTERACCIONES COMPETITIVAS REVERSIBLES CON MOLECULAS NEUTRAS O ANIONES RADICALES PARA INDUCIR EL MOVIMIENTO DE MANERA INTERMOLECULAR, (II) REGULACION DEL MOVIMIENTO DE TRASLACION EMPLEANDO RECEPTORES FOTOACTIVOS, (III) EXPLORACION DE PROCESOS (ELECTRO)QUIMICOS PARA CONTROLAR LA DISTRIBUCION POBLACIONAL DE LANZADERAS MOLECULARES, (IV) PROCESOS DE FOTOISOMERIZACION EFICIENTE PARA CONMUTAR LOS ESTADOS DE NUEVAS LANZADERAS MOLECULARES, (V) FUNCIONALIZANDO MATERIALES MESOPOROSOS CON LANZADERAS MOLECULARES PARA SU UTILIZACION COMO DOSIFICADORES Y (B) LA BUSQUEDA DE MODOS DE ORGANIZAR ROTAXANOS ENSAMBLADOS MEDIANTE PUENTES DE HIDROGENO EN POLIMEROS SUPRAMOLECULARES O EN EDIFICACIONES METAL-ORGANICAS Y EXPLORAR EL PAPEL QUE JUEGA EL FRAGMENTO ENHEBRADO EN SU CONSTRUCCION Y SUS APLICACIONES. (Spanish)
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THE RESEARCH OF THIS PROJECT IS FRAMED IN THE CONTROL OF MOTION AT MOLECULAR LEVEL IN MECHANICALLY LINKED MOLECULES, PROTOTYPES PAR EXCELLENCE OF MACHINES AND MOLECULAR SYNTHETIC MOTORS. THE SUPRAMOLECULAR NATURE OF INTERACTIONS BETWEEN THE LINKED COMPONENTS OF THESE SPECIES AND THEIR THREADED STRUCTURE ALLOW FOR PRECISE CONTROL OF THE POSITION AND MOVEMENT OF THEIR MOLECULAR SUBUNITS. IN THIS CONTEXT, WE INTEND TO MAKE CONTRIBUTIONS TO THE FIELD MAKING USE OF MECHANICALLY LINKED MOLECULES BY POSING: (A) THE ESTABLISHMENT OF NEW MODES OF CONTROLLING MOTION AT THE MOLECULAR LEVEL THROUGH THE APPROPRIATE DESIGN OF NEW [2]ROTAXANS USING: (I) REVERSIBLE COMPETITIVE INTERACTIONS WITH NEUTRAL MOLECULES OR RADICAL ANIONS TO INDUCE MOVEMENT INTERMOLECULARLY, (II) REGULATION OF THE MOVEMENT OF TRANSLATION USING PHOTOACTIVE RECEPTORS, (III) EXPLORATION OF (ELECTRO)CHEMICAL PROCESSES TO CONTROL THE POPULATION DISTRIBUTION OF MOLECULAR SHUTTLES, (IV) EFFICIENT PHOTOISOMERISATION PROCESSES TO SWITCH THE STATES OF NEW MOLECULAR LAUNCHERS, (V) FUNCTIONALISING MESOPOROUS MATERIALS WITH MOLECULAR SHUTTLES FOR USE AS DISPENSERS AND (B) SEEKING WAYS TO ORGANISE ROTAXANS ASSEMBLED BY HYDROGEN BRIDGES IN SUPRAMOLECULAR POLYMERS OR IN METAL-ORGANIC BUILDINGS AND EXPLORE THE ROLE OF THREADED FRAGMENT IN ITS CONSTRUCTION AND APPLICATIONS. (English)
12 October 2021
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Murcia
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Identifiers
CTQ2014-56887-P
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