Nanoscale Science and Applications
UAB: PH 487/587 UA:
PH 495/595
Dr. Renato P. Camata
Spring
2007
Lectures
(Lectures available on DVD. Please contact instructor to use DVD
resources: camata@uab.edu )
1.
The
Drive towards the Nanoscale Lecture Jan. 5 (UAB), Jan. 10 (UA), 2007
2.
The
Limits of Photolithography Part I Lecture Jan. 12, 2007
3.
The
Limits of Photolithography Part II & Virtual Tour of Photolithography facility Lecture
Jan. 17, 2007
4.
Emerging
Nanolithography Techniques Part I Lecture Jan. 19, 2007
5.
Emerging
Nanolithography Techniques Part II Lecture Jan.
24, 2007
6.
Self-Assembly
and Self-Organization Intermolecular Forces Lecture Jan. 26, 2007
7.
Self-Assembly
and Self-Organization SAMs Lecture Feb. 2, 2007
8.
Self-Assembly
and Self-Organization LBL, Lecture Feb. 7, 2007
9.
Self-Assembly
and Self-Organization Copolymers, NP-DNA
Lecture Feb. 9, 2007
10. H-Bonding and Self Assembly
in Nano-Polymers Lecture Feb. 15, 2007
11. Scanning Probe
Microscopes Lecture Feb. 17, 2007
12. Scanning
Probe Microscopes Lecture Feb. 22,
2007
13. Scanning
Probe Microscopes Lecture Feb. 24,
2007
14. Density of
States I Lecture Mar. 1, 2007
15. Density of
States II Lecture Mar. 3, 2007
16. Density of
States III Lecture Mar. 8, 2007
17. Low dimensional
Density of State I Lecture Mar. 10, 15, 17, 2007
18. Low dimensional
Density of State II Lecture Mar. 10, 15, 17, 2007
19. Low dimensional
Density of State III Lecture Mar. 10, 15, 17, 2007
20. Introduction
to Nanoscale Carbon Lecture Mar. 22, 2007
21. Nanoscale Carbon
Materials Lecture Mar. 24, 2007
22. Quantum Dots
and Nanocomposites Lecture Apr. 5, 2007
23. Biologically
Active Nanomaterials Lecture Apr. 7, 2007
24. Quantum
Confined Optoelectronic Systems I Lecture Apr. 12, 2007
25. Quantum
Confined Optoelectronic Systems II Lecture Apr. 14, 2007
26. Nanobiotechnology
Applications in Medicine I Lecture Apr. 19, 2007
27. Nanobiotechnology
Applications in Medicine II Lecture Apr. 21, 2007
28. Advanced Project Presentations by Graduate Students
Apr. 26, 2007
The Nanomachinery of the Cell Protein Folding
Laser
Emission in Semiconductor Nanostructures
Carbon Nanotube-based
Composite Materials
Electrospinning: A Novel
Technique in Manufacturing of Polymer Nanofibers
Propagation of EM Energy
Below the Diffraction Limit of Light
Scherrers Formula and
the Grain Size in Nanocrystalline Materials
Controlling the Diameter and Chirality of Single
Walled Carbon Nanotubes
29. Electronic Transport
in Nanostructures Lecture Apr. 28, 2007
Assignments
A-1,
A-2,
A-3, A-4
Advanced Project (Graduate
Students)
Exams
Exam 1
Exam 2
Grades
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