Titlebook: Single Molecular Machines and Motors; Proceedings of the 1 Christian Joachim,Gwénaël Rapenne Conference proceedings 2015 Springer Internati

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Single-Molecule Measurements of Synthetic Molecular Machines at Work,om motion to generate directional force and carry out macroscopic tasks (Schliwa in Molecular motors. Wiley-VCH, Weinheim, 2003 [.]). This ability has inspired attempts to create synthetic machines exhibiting control over rotary or linear motion (Kinbara and Aida in Chem Rev 105:1377–1400, 2005 [.],

Endemic

An Atomistic View of DNA Dynamics and Its Interaction with Small Binders: Insights from Molecular Dnique capabilities of self-assembling and molecular recognition, a deep understanding of their dynamical properties is essential. We theoretically investigate the dynamics of a DNA dodecamer and its complexes with two common ligands, Hoechst 33258 and the ethidium cation, by means of classical molec

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Recent Advances in the Chemical Synthesis of Lasso Molecular Switches,re is unique, since it defines a lasso-type shape, that, if well designed, can be tightened or loosened depending on an external .s. This chapter describes an overview of the main strategies used to reach [1]rotaxanes to date and then focuses on the few examples of [1]rotaxanes reported in the liter

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,The Einstein–de Haas Effect and Its Application to Spin-Driven Molecular Motors,nstein–de Haas effect. Here, we propose to utilize this principle to create spin-driven molecular motors. Despite the fundamental challenge due to a small driving torque, the mechanism is potentially important in terms of nanotechnology and spintronics. We consider the required conditions for the ro