Strategic Objectives
• Decode the transition from chaotic 3D solutions to ordered 2D architectures.
• Master the thermodynamic and kinetic drivers of surface-confined systems.
• Optimize molecular self-assembly for next-generation nanotechnology.
• Understand how substrates like gold and graphite dictate chemical pathways.
The Core Challenge
Traditional 3D chemistry fails to predict how molecules behave when trapped on a surface, leading to inefficient material design.
01
The Dimensional Shift
02
The Nature of the Substrate
03
The First Contact
04
Physical vs. Chemical Bonding
05
Movement on the Plane
06
Building Without Blueprints
07
The Role of Thermodynamics
08
Kinetics vs. Thermodynamics
09
Supramolecular Interactions
10
The Solvent Interface
11
Visualizing the Invisible
12
Nucleation and Growth
13
Chirality at the Surface
14
Epitaxial Influence
15
Confined Polymerization
16
Defects and Boundaries
17
External Stimuli
18
The Langmuir-Blodgett Approach
19
Molecular Electronics
20
Catalysis on the Surface
21
The Future of 2D Engineering
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