Abstract: The present invention relates to a micro device fabricating method, including providing two or more tiny objects; using one or more charged particle beams to move a first tiny object and enable the first tiny object to come into contact with a second tiny object; and connecting the first tiny object and the second tiny object. The present invention extends micro device fabricating to a nanoscale.

Abstract: The present invention relates to a method for manipulating a tiny object, including: providing a charged particle beam; forming a non-uniform charge distribution in a fluid medium; and applying, to a tiny object, a gradient force formed by the non-uniform charge distribution. The present invention extends manipulation to a nanoscale, and can be applied to various microscopic tiny objects such as conductors, non-conductors, and living or non-living biological cells or organelles, and therefore surely promote great progress in the fields of physics, chemistry, biology and medicine.

Abstract: The present invention relates to a method for manipulating a tiny object, including: providing a charged particle beam; forming a non-uniform charge distribution in a fluid medium; and applying, to a tiny object, a gradient force formed by the non-uniform charge distribution. The present invention extends manipulation to a nanoscale, and can be applied to various microscopic tiny objects such as conductors, non-conductors, and living or non-living biological cells or organelles, and therefore surely promote great progress in the fields of physics, chemistry, biology and medicine.