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What is main subjects in nanotechnology? Please list to me all the subjects

Originally Posted by Patil shubham

What is main subjects in nanotechnology? Please list to me all the subjects

I think you mean Nano technology course or specialization in M.tech right. as your question is not that clear in which you want the list of subjects its tough to understand for me

and explain the right answer
anyways I assume that you have generally asked apart from any course point of view if that so..

I have a list of subjects in which the topics will be inherent to Nanotechnology.

they are

->Fundamentals of Nano Science
->Fullerens and carbon forms
->Nano particles and Colloids
->Nano medicine
->Molecular self Assembly
->Nano Electronics
->Molecular Electronics
->NanoLithography
->Molecular nano technology
->Nano devices
->Scanning Probe Microscopy.
->Nano robotics

These are the subjects in which one will get basic Ideas if he thinks about Nanotechnology

hope you got the gist.
for further details repost your question with necessary details

Regards
~A~

The main subjects in Nanotechnology are-

1. Fundamental of nano science
2. Fullerens and carbon forms
3.Nano particles and colloids
4. Nano medicine
5. Molecular self assembly
6. Molecular electronics
7. Molecular nano technology
8. Nano electronics
9. Nano lithography
10. Nano devices
11. Nano robotics
12. Scanning probe microscophy

Dear friend
electronics is the main subject in nanotechnology.

the main subjects are-

->Fundamentals of Nano Science
->Fullerens and carbon forms
->Nano particles and Colloids
->Nano medicine
->Molecular self Assembly
->Nano Electronics
->Molecular Electronics
->NanoLithography
->Molecular nano technology
->Nano devices
->Scanning Probe Microscopy.
->Nano robot

i hope u like it

Originally Posted by Patil shubham

What is main subjects in nanotechnology? Please list to me all the subjects

I have attached the syllabus for nanotechnology followed in one of the goo colleges. Please find the attachment.
Introduction
What is nano?
Why nano?
Nanomaterials
Quantum Mechanics
Review of classical mechanics
de Broglie's hypothesis
Heisenberg uncertainty principle
Pauli exclusion principle
Schrödinger's equation
Properties of the wave function
Application: quantum well, wire, dot
Quantum cryptography
Solid State Physics
Structure and bonding
Application: carbon nanotube
Electronic band structure
Electron statistics
Application: Optical transitions in solids
Nanomaterials: Fabrication
Bottom-up vs. top-down
Epitaxial growth
Self-assembly
Nanomaterials: Characterization
Structural
XRD, TEM, SEM, STM, AFM
Chemical
Optical
Transport
Electronic Nanodevices
Background
Quantization of resistance
Single-electron transistors
Esaki and resonant tunneling diodes
Magnetic Nanodevices
Magnetoresistance
Spintronics
MEMS and NEMS
Fabrication
Modeling
Applications
Photonic Nanodevices
Semiconductor quantum dots
Photonic crystals
Metamaterials
Societal, Health and Environmental Impacts