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From Molecular Machines to Stimuli‐Responsive Materials

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Academic year: 2021

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Figure  1.  a)  Schematic representations, and associated chemical structures, of a [2]catenane  rotating by a red-ox process (i), and of a [2]rotaxane shuttling by an acido-basic process (ii)
Figure  2.  a)  (i)  Chemical  structure  of  the  ground-state  co-conformer  (GSCC)  and  the  metastable-state co-conformer (MSCC) of the first [2]catenane C1 4+  used to build a molecular  switch  tunnel  junction,  (ii)  device  cycling  performance
Figure 3. a) (i) Schematic representation of a MSTJ device built from carbon nanotubes and  electroactive  [2]catenanes,  (ii)  device  cycling  performance  for  this  device  (green),  the  red  curve  shows  that  the  device  made  of  the  correspondi
Figure 4. a)  (i) Chemical structure of an amphiphilic second-generation rotary motor leading  to  the formation  of  (ii)  self-assembled nanotubes, when mixed with  DOPC  (1,2-dioleoyl-sn-glycero-3-phosphocholine)  in  a  1:1  ratio  in  water,  and  whi
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