Nanopores and Nanocapillaries ‐ Challenges and Opportunities in single Molecule Sensing and Force Spectroscopy
New avenues of research in the field of single molecule experiment were opened with the advent of solid state nano-pores. The major advantage of solid‐state nano-pores over their biological counterparts is that they can be easily integrated into devices compatible with other detection schemes such as a single molecule optical detection and manipulation. Here I will discuss our recent advances in using nano-pore platform for its integration with 2D materials.
Recently, glass nano-capillaries have been put forward as alternatives to nano-pores since their fabrication is rapid and inexpensive. Glass nanocapillaries are fabricated using a laser pipette puller next they are placed under a scanning electron microscope beam the size and shape of nano-capillaries is adjusted to appropriate size. In this talk I will address comparative advantages of both pore types.
Recently, glass nano-capillaries have been put forward as alternatives to nano-pores since their fabrication is rapid and inexpensive. Glass nanocapillaries are fabricated using a laser pipette puller next they are placed under a scanning electron microscope beam the size and shape of nano-capillaries is adjusted to appropriate size. In this talk I will address comparative advantages of both pore types.
Practical information
- Informed public
- Free
Organizer
- ICMP (Arnaud Magrez and Raphaël Butté)
Contact
- Arnaud Magrez