The document discusses Moore's Law and how the number of transistors on a chip doubles every 1.5 years due to shrinking components. It then discusses molecular diodes, showing their structure and how they operate in forward and reverse bias. The use of molecular diodes allows for devices to be reduced to the nanometer scale, lowering fabrication costs while increasing durability, efficiency, and error immunity through easier tuning and packaging of polymer-based designs.

3. The Moore’s LawThe Moore’s Law::
The Moore’s Law states that, “The number of transistors
that can be implemented per chip doubles every 1.5
years because of shrinking feature size & growing die
size.”
The Question “?”The Question “?”

6. [Molecular Diode’s structure]
[Schematic Molecular Diode]
[Molecular Diode in forward bias]
[Molecular Diode in Reverse bias]

7. Ckt DiagramCkt Diagram
StructureStructure

8. Ckt DiagramCkt Diagram
StructureStructure

9.  The size of devices can be reduced to nanometer scales
 The cost of Fabrication decreases as these materials are easily
fabricated in chemical labs
 Packaging becomes simpler
 Durability, Efficiency and Error immunity increases on
unimaginable scale
 Tuning of functionality is easier as polymers don’t loose their
characteristics as swiftly as semiconductors
 Since Polymers are used, compatibility also increases
 A wide Horizon of fields is open for
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