Explore the cuttingedge world of molecular motors in Synthetic Molecular Motor, a critical addition to the DNA Walker series. This book delves into the intricate science behind molecular machines, from basic principles of chirality to groundbreaking advancements in nanotechnology. It offers insights that are crucial for professionals, undergraduate and graduate students, and anyone passionate about nanoscience and molecular engineering. The value this book offers far outweighs its cost, providing essential knowledge that can unlock new possibilities in science and technology

Chapters Brief Overview:

Synthetic molecular motor: This chapter introduces the concept of molecular motors, exploring how these tiny machines mimic biological processes

Stereoisomerism: Learn how molecules with the same formula can have different structures and properties, impacting their function in molecular motors

Chirality (chemistry): This chapter explains chirality and its importance in molecular motors, where the orientation of atoms dictates functionality

Rotamer: Dive into the concept of rotamers, their role in conformational changes, and how they influence molecular motor behavior

Molecular machine: Understand how molecular motors are structured to perform mechanical work at a molecular level

Axial chirality: Explore the special form of chirality where a molecule's properties change depending on the relative positioning of its components

Neopentane: A detailed analysis of neopentane's molecular structure, demonstrating how it serves as a foundation for understanding molecular machine design

Helicene: Discover helicene compounds and their unique properties that make them ideal for use in molecular motors and switches

Molecular motor: Revisit molecular motors, focusing on how these devices are designed and how they could revolutionize technology

Triptycene: Examine the triptycene structure and its contributions to the development of stable molecular motors with high efficiency

Nanocar: Learn about nanocars, a revolutionary application of molecular motors in the development of transport systems at the molecular scale

Photoswitch: Understand photoswitches and their application in molecular motors, enabling lightdriven control in nanodevices

Ring flip: Delve into ring flipping as a key process in molecular motors, enabling reversible changes in molecular conformation

Molecular switch: This chapter covers molecular switches, essential components in molecular motors for controlling movement at the molecular level

Molecular propeller: Explore how molecular propellers work, turning molecular motion into practical functions for nanotechnology

Isomer: Study how isomerization is crucial in molecular motors, affecting the efficiency and control of motion at the molecular scale

Technomimetics: Technomimetics bridges the gap between molecular biology and technology, showcasing how nature's solutions can inspire artificial molecular machines

Chirality: Dive deeper into chirality, understanding its profound impact on the development of efficient, functional molecular motors

Singlemolecule electric motor: Discover the development and functionality of singlemolecule electric motors, a key advancement in nanotechnology

Ben Feringa: Learn about Ben Feringa, a leading figure in molecular motor research, whose work has paved the way for new technologies

Nathalie Katsonis: Explore the contributions of Nathalie Katsonis in the field of molecular motors, highlighting innovative approaches and future possibilities

This book is an essential resource for anyone engaged in the study or application of molecular motors. Its comprehensive coverage provides both theoretical foundations and practical applications in nanoscience and molecular engineering.