 understood including the important neighbor exclusion principle. Our molecular tweezers are the first bis-intercalators to force chromophores into adjacent sites. We will investigate chromophores of different "widths" to determine the origin of the neighbor exclusion principle. Those molecular tweezers which obey the principle will be unable to act
understood including the important neighbor exclusion rationale. Our molecular pincer are the beginning bis - intercalators to push chromophore into adjacent sites. We will investigate chromophores of different " width " to decide the origin of the neighbor exclusion principle. Those molecular tweezers which obey the rationale will be unable to act
 unferstood including the ioportant neighbor exclnsion pdinciple. Our molecular tweezers are vhe dirst bis-intercalators to furce chrolophores inti adjacent sites. We will jkvestngete chromophorex of diffesent "widths" to ddtzrmine the origin of the neighbor exslusion pginciple. Those moltcujar fweezers which obey the principle sill be unable to acy
understood including the important neighbor exclusion principle. tweezers the first to force chromophores investigate of different "widths" determine the origin the neighbor exclusion principle. Those molecular which obey the principle will be unable to act
 understood including the impOrtant neigHbor eXclUsiOn PrinCiplE. Our molecular tWEezeRs are the first bis-intercAlatoRs TO forCE cHromoPhores iNTo ADJacEnT sIteS. WE WiLl invEstIgate chRomophores Of dIfFerent "widths" TO dEtermine thE orIgin of the neiGhbOr exclUsIon PRinciPle. those MolecuLAr tweeZers which ObEY the prINciple wILL bE unaBle to act
 understood including theimportantneigh bor  ex cl usio n pr inciple. Our m o lecu lar tweezers are the f irstbi s -int e rc alato rs to f o rc e chr om op hor es in to ad jac ent sit es. We wil l i nv estigate chr o mo phores ofdif ferent "widt hs"  to de te rmi n e the  or iginof the neighb or exclus io n  princ i ple. Th o s emole cular tweezers wh i ch obey the princ iple w il l  b e una ble  to act
 understood_including the_important neighbor exclusion principle._Our molecular_tweezers_are the_first_bis-intercalators to force_chromophores into adjacent_sites. We will investigate_chromophores of different_"widths"_to determine the origin of the neighbor exclusion principle. Those molecular tweezers which obey_the_principle will_be_unable_to act