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

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