The world of nanotechnology is evolving at an unprecedented pace, and with it, the fascinating realm of molecular machines and nanomotors. "Molecular Machine," part of the "Nanomotor" series, offers a comprehensive exploration of how molecular components are engineered to perform functions at the atomic and molecular levels. This book is not only a treasure for professionals but also an invaluable resource for undergraduate and graduate students, enthusiasts, and hobbyists eager to dive deep into cuttingedge science
Molecular machine-Explore the fundamentals of molecular machines, their design, and their pivotal role in nanotechnology
Molecular sensor-Understand how molecular sensors function at a molecular level, detecting and responding to specific stimuli
Rotaxane-Delve into the structure and function of rotaxanes, a key example of mechanically interlocked molecules
Molecular recognition-Learn about molecular recognition, where molecules identify and bind to specific counterparts, enabling a wide range of applications
Host-guest chemistry-Discover the concept of host-guest chemistry, a cornerstone in creating molecular machines with precise functions
JeanPierre Sauvage-A tribute to JeanPierre Sauvage's contributions to molecular machines and the field of supramolecular chemistry
Aptamer-Gain insights into aptamers, short strands of nucleic acids that bind to specific targets, enabling advancements in diagnostics and therapeutics
Harry Anderson (chemist)-Examine the groundbreaking work of Harry Anderson in molecular chemistry and its impact on the development of molecular machines
Photoswitch-Understand the mechanics of photoswitches, lightresponsive molecules, and their potential applications in molecular devices
Molecular switch-Delve into molecular switches that can change their state in response to external stimuli, a crucial component of molecular machinery
Nanomotor-Dive deep into nanomotors, their mechanisms, and the future possibilities they hold for technology and medicine
DNA nanotechnology-Learn how DNA can be harnessed to create functional nanomachines and programmable molecular devices
Ben Feringa-Discover the work of Ben Feringa, a Nobel laureate whose research into molecular motors revolutionized the field
Nathalie Katsonis-Examine Nathalie Katsonis' contributions to the development of dynamic molecular machines and their applications in nanotechnology
Polycatenane-Understand the structure and function of polycatenanes and their significance in advancing molecular machines
Supramolecular chemistry-Explore the intricate field of supramolecular chemistry and its pivotal role in the development of complex molecular machines
Catenane-Learn about catenanes, interlocked molecular structures that serve as a foundation for molecular motors and other nanodevices
Molecular knot-Study molecular knots and their potential to function as part of advanced molecular machinery
Mechanically interlocked molecular architectures-Delve into the world of mechanically interlocked molecular architectures and their applications in nanotechnology
Molecular motor-Explore the concept of molecular motors, their design, and their potential impact on future technologies
Synthetic molecular motor-Conclude with a focus on the synthesis and application of synthetic molecular motors, which could revolutionize industries from medicine to electronics
