The controlled fabrication of nanometer-scale objects is without doubt one of the central
issues in current science and technology. However, existing fabrication techniques suffer …

The air–water interface has been recognized as a useful medium for implementation of
molecular recognition of aqueous guests since the initial reports of that phenomenon in …

We report the synthesis of various thiophene/phenylene co‐oligomers with a total number of
thiophene and benzene (phenylene) rings of 5 and 6 with various terminal groups. Those …

Phase behavior and structure in both the crystalline and liquid-crystalline states is
dependent on molecular size and shape and competition between various noncovalent …

The importance of hydrogen bonds is widely recognized because of their role in defining the
structure and properties of many compounds, including water, proteins, DNA, and polymers …

Chiral interfaces and molecular recognition phenomena are of special interest not only for
the understanding of biological recognition processes but also for the potential application in …

A review of recent developments and applications of grazing incidence scattering is
presented. In particular, high energy X-rays now make possible the investigation of buried …

Recent experimental and theoretical studies on functional self-assemblies formed at
interfaces are presented and placed in perspective to earlier studies. The focus is on chiral …

An unusual feature which involves spontaneous crystallization at the air− water interface
from aqueous solution was reported for a water-soluble gemini surfactant with xylyl …

The ethyl orange-based guanidinium sulfonate (GS) compounds [C (NH2) 3][O3SR](1),[C
(NH2) 2 (NHMe)][O3SR]⊙ MeOH (2),[C (NH2) 2 (NHEt)][O3SR](3), and [C (NH2) 2 …