A scanning electron microscope (SEM) provides real-time imaging with nanometer
resolution and a large scanning area, which enables the development and integration of …

Automated manipulation of micro-and nanosized objects using robotic setups constitutes a
major challenge due to the force-scaling laws and the limited control possibilities on that …

Functional nanomaterials possess exceptional mechanical, electrical, and optical properties
which have significantly benefited their diverse applications to a variety of scientific and …

Probing nanostructures (eg, nanoelectronics) requires accurate and precise
nanopositioning. Furthermore, since measuring IV data from dc to GHz typically takes more …

Positioning of micro-nanoobjects inside a scanning electron microscope (SEM) for
manipulation is a key and challenging task to perform. Often it is performed by skilled …

The sharpness of the images coming from a Scanning Electron Microscope (SEM) is a very
important property for many computer vision applications at micro-and nanoscale. It …

摘要纳米操作技术是实现纳米材料位移, 排布, 形变等操作的关键方法, 也是一种“自下而上”
制造性能优异的纳米结构及纳米电路的重要技术手段, 同时也为新型纳米器件的研发提供了新 …

In-situ micro/nano characterization is an indispensable methodology for material research.
However, the precise in-situ SEM twisting of 1D material with large range is still challenge …

Calibration for scanning electron microscope (SEM) based nanorobotic manipulation
systems is important and difficult. Most current calibration methods are cumbersome …

Automation on the micro-and nanoscale requires special robotic approaches that differ from
the established approaches in macrorobotic. Robotics on the micro-and nanoscale does not …