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Conference session tracks
Key research areas covered across the sessions — tap a track to read more.
This track focuses on the latest developments in molecular machines, exploring their design, functionality, and applications. Researchers will present innovative approaches to harnessing molecular machines for various engineering challenges.
This session will delve into the emerging field of molecular electronics, highlighting novel materials and devices that operate at the molecular level. Discussions will include the integration of molecular components into electronic systems for enhanced performance.
This track will cover cutting-edge techniques in nanoscale fabrication, emphasizing precision and scalability. Participants will share insights on methods such as top-down and bottom-up approaches to create nanoscale structures.
This session will explore the properties and applications of self-assembled monolayers in nanotechnology. Researchers will discuss their role in surface modification and the development of functionalized materials.
This track will focus on the design and application of molecular switches in various fields, including computing and sensing. Presentations will highlight recent advancements and potential future applications of these versatile devices.
This session will investigate the mechanisms of molecular motors and their potential applications in nanotechnology. Researchers will present findings on the efficiency and control of these motors in various environments.
This track will address the design and fabrication processes of molecular devices, emphasizing the integration of molecular components into functional systems. Participants will share their experiences and challenges in creating reliable molecular devices.
This session will explore the principles of molecular computing, discussing the potential of molecular systems to perform computational tasks. Researchers will address the challenges and breakthroughs in this rapidly evolving field.
This track will focus on advanced modeling techniques for nanoscale molecular systems, highlighting computational methods and simulations. Participants will discuss their applications in predicting molecular behavior and interactions.
This session will delve into supramolecular engineering, exploring strategies for constructing complex molecular architectures. Researchers will present innovative applications of supramolecular systems in various engineering fields.
This track will focus on the design and application of functional molecular systems in engineering. Discussions will include the integration of molecular components into larger systems for specific functionalities.
