Synthetic Molecular Motor by Fouad Sabry

Welcome to Synthetic Molecular Motor, the latest volume in the Nanomotor series. This groundbreaking book delves into the innovative world of molecular motors, exploring their principles, applications, and transformative potential. Whether you're a professional in the field, an undergraduate or graduate student, or an enthusiast eager to dive into cuttingedge science, this book offers insights that will enrich your understanding of molecular mechanics and their impact on the future.

Chapters Brief Overview:

1: Synthetic molecular motor: An introduction to the foundational concepts of synthetic molecular motors and their role in modern science.

2: Singlemolecule electric motor: Explore the design and functionality of electric motors at the molecular level.

3: Axial chirality: Understand the importance of axial chirality in the synthesis and behavior of molecular motors.

4: Molecular propeller: Learn about the fascinating mechanisms that allow molecular propellers to work.

5: Photopharmacology: Investigate the integration of lightresponsive molecules with pharmaceutical applications.

6: Isomer: Examine the role of isomerism in molecular motor systems and their diverse behavior.

7: Chirality (chemistry): Delve into the chemistry of chirality and its significance in molecular motor development.

8: Molecular motor: Study the principles behind molecular motors and their functional applications.

9: Helicene: A deep dive into helicene structures and their influence on the motion and stability of molecular motors.

10: Ring flip: Understand how ring flips contribute to the functionality and versatility of molecular machines.

11: Molecular switch: Learn about the mechanisms and applications of molecular switches in various fields.

12: Nathalie Katsonis: Discover the work of Nathalie Katsonis, a leading figure in the development of molecular machines.

13: Triptycene: Explore the role of triptycene structures in the development of advanced molecular motors.

14: Molecular machine: Understand the intricate design and operation of molecular machines in nanoscale engineering.

15: Ben Feringa: Gain insights into the work of Nobel laureate Ben Feringa and his contributions to the field of molecular motors.

16: Photoswitch: Investigate the design and applications of photoswitches in the realm of molecular machinery.

17: Technomimetics: Learn about technomimetics and how they imitate molecular motor mechanisms for technological advancements.

18: Nanocar: Delve into the world of molecular nanocars and their potential for revolutionizing transportation at the nanoscale.

19: Stereoisomerism: Study stereoisomerism and its implications in the development of sophisticated molecular motor systems.

20: Chirality: A comprehensive look at chirality, a critical concept in molecular motor research.

21: Rotamer: Examine the concept of rotamers and their role in the functionality of molecular motors.

With each chapter offering a unique perspective on the cuttingedge world of molecular motors, this book is a mustread for those looking to stay ahead in this rapidly advancing field. Synthetic Molecular Motor bridges theory with practical insights, making it an essential resource for professionals, students, and hobbyists alike.