The synthesis and assembly of components are key steps in micro/nano device manufacturing. In this article, we report an optically controlled assembly method that can rapidly pattern micro/nano devices by directly assembling ions and nanomaterials without expensive physical masks and complex etching processes. Utilizing this controllable process, different types of device components (e.g., metallic and semiconductor) can be fabricated and assembled in 10-30 seconds, which is far more rapid and cost-effective than any other micro/nano fabrication method
The ability to engineer ordered arrays of objects on multiple length scales has potential for applic...
Flexible electronics opened a new class of future electronics. The foldable, light and durable natur...
One-dimensional nanostructures, such as nanowhisker, nanorod, nanowire, nanopillar, nanocone, nanoti...
The synthesis and assembly of components are key steps in micro/nano device manufacturing. In this a...
Precise micro-scale patterning of metal thin-films with semiconductor materials is a critical step i...
Precise micro-scale patterning of metal thin-films with semiconductor materials is a critical step i...
The aim of this work is to develop a new method with the potential to revolutionise the process of a...
Applications of engineered surface nano-structures span several domains. For emerging technologies s...
Abstract—Challenges facing the scaling of microelectronics to sub-50 nm dimensions and the demanding...
Abstract—Challenges facing the scaling of microelectronics to sub-50 nm dimensions and the demanding...
Optical tweezers are a powerful platform for nano- and micro-assembly, as they provide a non-contact...
Single pulses from an ultrafast laser, in combination with a Texas Instrument’s digital multimirror ...
Optically induced dielectrophoresis (ODEP) provides a powerful method for parallel manipulation of m...
Optically induced dielectrophoresis (ODEP) provides a powerful method for parallel manipulation of m...
Top-down approaches are currently the main contributor of fabricating microelectronic devices. Howev...
The ability to engineer ordered arrays of objects on multiple length scales has potential for applic...
Flexible electronics opened a new class of future electronics. The foldable, light and durable natur...
One-dimensional nanostructures, such as nanowhisker, nanorod, nanowire, nanopillar, nanocone, nanoti...
The synthesis and assembly of components are key steps in micro/nano device manufacturing. In this a...
Precise micro-scale patterning of metal thin-films with semiconductor materials is a critical step i...
Precise micro-scale patterning of metal thin-films with semiconductor materials is a critical step i...
The aim of this work is to develop a new method with the potential to revolutionise the process of a...
Applications of engineered surface nano-structures span several domains. For emerging technologies s...
Abstract—Challenges facing the scaling of microelectronics to sub-50 nm dimensions and the demanding...
Abstract—Challenges facing the scaling of microelectronics to sub-50 nm dimensions and the demanding...
Optical tweezers are a powerful platform for nano- and micro-assembly, as they provide a non-contact...
Single pulses from an ultrafast laser, in combination with a Texas Instrument’s digital multimirror ...
Optically induced dielectrophoresis (ODEP) provides a powerful method for parallel manipulation of m...
Optically induced dielectrophoresis (ODEP) provides a powerful method for parallel manipulation of m...
Top-down approaches are currently the main contributor of fabricating microelectronic devices. Howev...
The ability to engineer ordered arrays of objects on multiple length scales has potential for applic...
Flexible electronics opened a new class of future electronics. The foldable, light and durable natur...
One-dimensional nanostructures, such as nanowhisker, nanorod, nanowire, nanopillar, nanocone, nanoti...