Molecular Machine: Harnessing the Power of Nanoscale Systems for Innovation

Molecular machine-Introduces the concept of molecular machines, highlighting their role in nanotechnology

Nanomotor-Explores the principles behind nanomotors, key components in powering molecular machines

Aptamer-Examines aptamers, their function as molecular recognition tools, and their integration into molecular machines

Harry Anderson (chemist)-Focuses on Harry Anderson’s contributions to the development of molecular machines, shedding light on his work and influence

Host–guest chemistry-Delves into hostguest chemistry, showing how it enables molecular machines to interact with and manipulate molecules

Catenane-Discusses catenanes, ringshaped molecules linked together, and their application in creating mechanical systems at the molecular level

Photoswitch-Investigates photoswitches, which enable the control of molecular systems using light, a pivotal tool in molecular machines

Polycatenane-Provides insights into polycatenanes, expanding on their function in enhancing the performance of molecular machines

Molecular knot-Looks at molecular knots, their significance in molecular engineering, and their role in constructing molecular machines

Rotaxane-Explains rotaxanes, threaded molecules that serve as key components in mechanical motion at the molecular scale

Mechanically interlocked molecular architectures-Covers the creation of complex molecular structures that interact mechanically to perform various functions

Ben Feringa-Highlights the work of Ben Feringa, particularly his Nobelwinning research in molecular motors, and their practical applications

Molecular recognition-Focuses on the mechanisms of molecular recognition, crucial for developing efficient molecular machines

Molecular motor-Examines the design, function, and application of molecular motors, which drive the movement in molecular machines

Nathalie Katsonis-Discusses Nathalie Katsonis’ groundbreaking work in the area of molecular motors and their use in synthetic systems

Molecular switch-Investigates molecular switches, which allow for the control of molecular machines and their applications

Synthetic molecular motor-Explores the design and implementation of synthetic molecular motors and their impact on the field

Molecular sensor-Describes the role of molecular sensors in detecting changes at the molecular level, essential for the functionality of molecular machines

JeanPierre Sauvage-Focuses on the achievements of JeanPierre Sauvage, a pioneer in the field of molecular machines, and his contributions to molecular engineering

DNA nanotechnology-Investigates the application of DNA nanotechnology in creating highly complex and efficient molecular machines

Supramolecular chemistry-Explores supramolecular chemistry and its importance in designing and controlling molecular machines