Back Cover: Template‐Guided Ionic Self‐Assembled Molecular Materials and Thin Films with Nanoscopic Order (ChemNanoMat 4/2015)

Marco Santella, Fatima Amini, Kristian B Andreasen,Dunya S Aswad,Helene Ausar, Lillian Marie Austin,Ilkay Bora,Ida M I Boye, Nikolaj K Brinkenfeldt,Magnus F Boe,Emine Cakmak,Alen Catovic,Jonas M Christensen,Jonas H Dalgaard,Helena Maria D Danielsen,Abdel H El Bouyahyaoui,Sarah E H El Dib,Btihal El Khaiyat,Iqra Farooq,Freja K Fjellerup,Gregers W Frederiksen, H Frederiksen,David Gleerup,Mikkel Gold, Morten F Gruber,Mie Gylling,Vita Heidari,Mikkel Herzberg,U Laurens D Holgaard,Adam C Hundahl,Rune Hviid,Julian S Hohling, Fatima Z Abd Issa,Nicklas R Jakobsen,Rasmus Jakobsen,Benjamin L Jensen,Phillip W K Jensen,Mikkel Juelsholt,Zhiyu Liao, Chung L Le,Ivan F Mayanja,Hadeel Moustafa,Charlie B B Moller,Cecilie L Nielsen,M Nielsen,Soren S R Nielsen, Markus J Olsen,Bandula D Paludan,Idunn Prestholm,Iliriana Qoqaj,Christina B Riel,Tobias V Rostgaard,Nora Saleh, Hannibal M Schultz,Mark Standland,Jens S Svenningsen, Rasmus Truels Sorensen,Jesper Visby,Emilie L Wolffsneedorff,Malte Hee Zachariassen,Edmond A Ziari,Henning Osholm Sorensen,Thomas Just Sorensen

ChemNanoMat（2015）

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Abstract

Self-Assembly. Self-organizing materials allow for fabrication of functional nanostructures. A two-component approach to self-assembled nanostructures has been developed, which allows for simple preparation of thin films with lamellar molecular order. The nanoscale molecular order is maintained over centimeters and is a direct result of the tailored chemical properties of the materials. Furthermore, the two-component approach allows for different functions to be incorporated in the thin films. For more information, see the Full Paper on page 253 by Thomas Just Sørensen and co-workers, which is featured on the back cover. Cover image kindly provided by Merlin von Soosten.

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Key words

nanostructures,non covalent interactions,thin films,nanotechnology

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