Deterministic transformations of 2D patterns of materials into well‐controlled 3D
mesostructures serve as the basis for manufacturing methods that can bypass limitations of …

Laser shock imprinting was an advanced micro/nanostructure forming method, and had
great potential application in Micro Electro Mechanical Systems (MEMS) and optoelectronic …

Mechanically driven assembly of three-dimensional (3D) mesostructures by compressive
buckling represents an area of increasing attention, owing to the excellent compatibility with …

Graphene, a well‐studied 2D material, is used to tailor the emission behavior of proximal
light emitters by controlling the energy flow to modulate the related relaxation rates, with …

A micro-energy high frequency ultraviolet pulse laser was introduced for fabricating the
micro pattern on pure aluminum foil by laser shock transferring. The copper mesh mold …

Laser shock forming is an advanced method with characteristics of ultra-high strain rates up
to 10 6–10 7 s− 1 for deformation of micro/nanostructures on foils. However, the former …

This paper presents automatic fault detection circuit for integrated gate drivers. The
proposed circuit consists of one capacitor and two TFTs per scan line. The circuit can detect …

Laser shock imprinting (LSI) is a novel fabrication technique capable of manufacturing
various membrane materials. This top-down imprinting process can fabricate membranes in …

This dissertation presents my work on development of deformable electronics using
microelectromechanical systems (MEMS) based fabrication technologies. In recent years …

In this work, a highly sensitive strain sensing technique is developed to realize inplane strain
mapping for microelectronic packages or emerging flexible or foldable devices, where …