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Main topics of current research (and
image gallery) :
Main topics of(Hide all details of Research)
- Quantum Physics of Nanotube DNA hybrids
- Theory of electronic structure of SWNT-DNA hybrids
- Quantum Capacitance of the hybrids
- Electronic cohesion energy of hybrids
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Nanoscience Group (7/25/06): Mr. Brett McGeehan, Manav Malhotra,
Ms. Stacy Snyder, Slava Rotkin, Dr. Lolita Rotkina, Mr. Nick Grachev and
Mr. Alexey Tsukanov (Right to Left)
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- Molecular Devices
- Nanotube Based Light-Operated Molecular Electronic Switch (LOMES)
- All Nanotube Electronic Circuits
- Device Applications of Nanotubes
- Nanoelectromechanical Systems: Nanotube NEMS Theory
- Nanotube and Nanowire Field Effect Transistors
- Nano-Optical Device Applications of Nanotubes
- Nanotube Single Electron Memories
- Nanotube Plastic Electronics
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- Aspects of Many-Body Physics of Nanotubes
- Theory of van der Waals/Casimir Forces in 1D
- Quantum Capacitance of Nanotubes
- Excitons in Nanotubes
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Nanoscience Group (7/5/05): Dr. Vadim Puller,
Dr. Lolita Rotkina, Ms. Stacy Snyder, Mr. Brian Holder and Slava Rotkin (Right to Left)
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- Fundamentals of Nanotube Theory: Physics, Materials Science, Engineering
- Electronic Banstructure Calculations
- Group Theory and Symmetry Breaking
- Band Gap Engineering in Strong Electric Field
- Hysteresis in Nanotube Transistors
- Nanotubes and Similar Structures
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- Energetics of Carbon Clusters
- Physics of Fullerenes
- Model of Spherical Shell Quantum Well
- Collective Excitations (Plasmons) in Fullerenes
- Plasmon-Frenkel-Exciton in Fullerenes
- Van der Waals Interaction in Fullerenes
- Frenkel Excitons in Carbon Clusters
- Lamb-like QED shift of e-levels in nanoscale systems
- Physics of Quantum Dots
- Quantum Physics of Si MOSFETs
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My publications:
Chronological list of -"-, interactive
My publications:
My presentations at meetings
and seminars
My scientific links
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