From basic science in physical chemistry, materials chemistry and solid state physics to molecular electronics, nanoelectronics, and nanobiotechnology

(1) Carbon nanotubes chemistry and physics
(1.1) Synthesis.
(1.2) Electrical, mechanical, electromechanical, electro-thermal and electro-optical properties of single nanotube molecules.

(2) Molecular electronics
(2.1) Pushing the performance limit of nanoscale transistors.
(2.2) Molecular organic molecule transistors.

(3) Semiconducting nanowires.

(4) Surface science and functionalization

(5) Nano-biotechnology and nano-medicine
(5.1). Nanosensors and Nano-biosensors .
(5.2). Molecular (siRNA, proteins and DNA) transporters for living cells
(5.3). In vivo nano-biotechnology and nano-medicine