Nanotubes for nanoelectronics and quantum applications
Téma již má řešitele.- Řešitel
- Josef Eliáš Formánek - Gymnázium Brno, Křenová, příspěvková organizace
- Instituce
- Vysoké učení technické v Brně
- Fakulta/ústav
- CEITEC Vysoké učení technické v Brně
- Další údaje o pracovišti
- Skupina přípravy a charakterizace nanostruktur
- Lektoři
- Martin Kovařík
- Podpora
- JCMM podpořila toto SOČ téma částkou 16 000 Kč na materiál a částkou 10 000 Kč na honorář školitele.
We will explore the potential of nanotubes in nanoelectronics and quantum applications. We will learn in practice some fabrication methods of carbon nanotubes as well as lithography techniques to fabricate simple devices. We will learn how to theoretically simulate electrostatic potential caused by electrical gate contacts placed on the nanotube. Student can attend course on simulations in physics in COMSOL program at the faculty and use the program at local computers. The goal of this project will be to design simple nanotube-based device that can control electrostatic potential along the nanotube, which is a concept used in quantum applications to create quantum dots. With the assistance of supervisor, student will then fabricate his designed device and analyze it by current transport measurements.