Strategic Objectives
• Master the principles of unimolecular charge transport and switching.
• Understand the chemical synthesis techniques behind molecular components.
• Explore the intersection of quantum mechanics and circuit design.
• Discover how molecular rectifiers and transistors will redefine computing.
The Core Challenge
Traditional semiconductors are reaching their physical limits, leading to heat bottlenecks and massive energy inefficiency.
01
The Molecular Paradigm
02
Foundations of Nanotechnology
03
Quantum Mechanics of the Small
04
The Physics of Charge Transport
05
Molecular Wires
06
The Aviram-Ratner Model
07
Synthesis Strategies
08
Self-Assembled Monolayers
09
Supramolecular Chemistry
10
Scanning Tunneling Microscopy
11
The Single-Molecule Junction
12
Quantum Tunneling Effects
13
Molecular Switches
14
Organic Semiconductors
15
Electron Transfer Theory
16
Molecular Logic Gates
17
DNA Nanotechnology
18
Photovoltaics at the Molecular Scale
19
Spintronics and Molecular Magnetism
20
Challenges and Bottlenecks
21