Mechanically Interlocked Molecular Architectures: Exploring the Foundations of Molecular Design and Function

Unlock the fascinating world of molecular machines with Mechanically Interlocked Molecular Architectures. This comprehensive book explores the intricate design and applications of molecular systems, offering invaluable insights for professionals, researchers, and students alike. With a deep dive into both foundational concepts and cuttingedge advancements, this book reveals how molecular machines are transforming fields like nanotechnology, chemistry, and robotics. Whether you're a seasoned expert or an enthusiastic learner, this work serves as an essential resource in your academic or professional journey. Invest in this essential reading today—its knowledge will be a key asset that far outweighs its cost

Mechanically interlocked molecular architectures-This chapter introduces the core concept of interlocked molecular systems, providing the foundational understanding of molecular machines

Twodimensional polymer-Delving into the structural aspects of polymers, this chapter explores their role in the design of molecular machines

Fraser Stoddart-A tribute to the contributions of Sir Fraser Stoddart, a pioneer in molecular machines, highlighting his innovations and influence in the field

David Leigh (scientist)-This chapter focuses on David Leigh’s contributions to synthetic molecular machines, emphasizing his breakthroughs in molecular design

Guillaume De Bo-Exploring De Bo’s work, this chapter discusses his innovative approaches to the synthesis of complex molecular architectures

Molecular machine-The concept of molecular machines is explained, illustrating their functionality and potential in nanotechnology and material science

Rotaxane-A detailed study of rotaxane molecules and their pivotal role in the development of molecular machines, exploring their structure and behavior

Molecular switch-This chapter examines molecular switches—key components of molecular machines—and their role in controlling molecular functions

Polycatenane-Understanding polycatenanes, this chapter covers their unique structure and the challenges in their synthesis for use in molecular machines

Supramolecular chemistry-A critical overview of supramolecular chemistry and its role in enabling the construction and operation of molecular machines

Molecular Borromean rings-This chapter explores Borromean rings and their relevance in the assembly of interlocked molecular structures

Cation–π interaction-Focusing on cationπ interactions, this chapter delves into their importance in molecular recognition and assembly processes

Dispersion stabilized molecules-Examining the role of dispersion forces, this chapter discusses how they stabilize molecular machines and enhance their functionality

JeanPierre Sauvage-Highlighting the work of JeanPierre Sauvage, this chapter covers his pioneering research in the field of molecular machines

Dynamic covalent chemistry-A look at dynamic covalent chemistry and how it facilitates the creation of reversible and adaptable molecular structures

Topoisomer-This chapter addresses the importance of topoisomers in molecular machines, providing insights into their role in controlling molecular movement

Polyrotaxane-Discussing polyrotaxanes, this chapter explores their intricate structure and applications in molecular machines

Cyclobis(paraquatpphenylene)-An indepth exploration of cyclobis(paraquatpphenylene), detailing its functionality in molecular machine design

Catenane-This chapter delves into the synthesis and characteristics of catenanes, examining their role in the construction of molecular machines

Molecular knot-Exploring molecular knots, this chapter demonstrates their potential as functional components in molecular machines