miBots are more than nanomanipulators. Unlike conventional systems, they are untethered and can move independently. They work individually or in groups of up to 4, and can be fitted with a variety of tools such as grippers, probes, and optical fibers so that, in addition to manipulating the sample, they can illuminate a nano workspace and conduct force or electrical measurements. Their proprietary monolithic structure makes them robust, mechanically and thermally stable, vacuum-ready, and less sensitive to vibration. Learn more about the miBot nanomanipulators
The workshops will include a brief presentation to introduce you to the new miBots as well as live demonstrations on SEMs and/or light microscopes. When you register, let us know if you will be bringing your own samples. We’ll make every effort to show you how miBots can help you with your work.
| Stanford University, Nanofabrication Facility |
Paul Allen Building Auditorium Room 101X |
Monday, Dec. 5th | 10am - 12pm |
| Lawrence Berkeley National Laboratory | Bldg 67 Molecular Foundry, 3rd Floor Conference Room |
Tuesday, Dec. 6th | 3pm - 5pm |
| Sandia National Laboratory | Bldg 905 (CRF), Conference Room 209 |
Wed., Dec. 7th | 10am - 12pm |
| California Institute of Technology | Kavli Nanoscience Institute, Conference Room 125 Steele |
Thursday, Dec. 8th | 10am - 12pm |
| Cal Poly, Pomona | Building 4 Second Floor Conference Room 314 |
Friday, Dec. 9th | 10am - 12pm |