Title: Micro- and Nano-Technologies;lateral flow assay;microfluidic chip;public health;food safety Abstract: Micro- and nano-technologies have shown significant impact on medicine and biology, especially in the areas of diagnostics and monitoring. ..
Title: Super-resolution direct laser writing and its application in nanofabrication Abstract:In this paper, we have demonstrated our recent progress on the development of direct laser writing technique with super-resolved resolution. This technique..
Title: Negative Capacitance Transistors with Sub-kT/q Swing Abstract: The negative capacitance (NC) Ge pFETs with different thicknesses of HfZrOx (HZO) are investigated. Although NC transistors with 6.6 nm HZO exhibit a 56 mV/decade subthreshold sw..
Title: Near field optical lithography using ultra-small gap bowtie apertures Abstract:Near filed optical lithography has been a promising alternative to photolithography for its high resolution, low cost and high throughput. Bowtie aperture, one ty..
Title: Plasmonics: friend or foe for laser miniaturization? Abstract:Since the first proposal for plasmonic nanolasers there has been a debate about the limitations on performance posed by the inherent losses in metallic systems. Here, we have comp..
Title: Optical “anti-doping” effect induced by Parity-Time symmetry Abstract:Impurities usually play an important role in modifying the bulk properties of electronic or electromagnetic materials. Very recently, a “doping” effect of impurities i..
Title: Plasmon-Directed Polymerization with Subwavelength Precision Abstract:Site-selective and light-controlled growth of polymers has important implications for both chemical science and materials engineering. However, the growth of thin polymer ..
Title: Fiber femtosecond laser with few cycle pulse and it application in micro/nano structure Abstract:A brief review of recent work on high power femtosecond fiber laser is demonstrated, which shows that few cycle laser pulse can be obtained by o..
Title: All-dielectric valley photonic crystals: Paving the way to topological nanophotonics Abstract:Nanophotonic devices in silicon-on-insulator (SOI) platform can potentially improve the capabilities of modern information-processing systems by re..
Title: Observation of polarization vortices in momentum space Abstract:Vortices are one of the most fundamental topological excitations in nature. They are widely known in hair whorls as the winding of hair strings, in fluid dynamics as the winding..
Title: Dispersion engineering in metasurfaces for applicable optical devices Abstract:Recently, metasurfaces have arrested considerable research interest owing to its strong capability in manipulate the light within an ultrathin flat device, which ..
Title: Optical Chirality Generation and Amplification in Plasmonics Nanostructures Abstract: Recently, we demonstrated a record optical chirality from a large-area stacked-patch plasmonic metamaterial that was prepared with a two-step glancing angl..
Title: Manipulation of Light with Mode Hybridization Abstract:Light manipulation at nanoscale opens bright opportunities to explore a mystery territory. However, there are also great challenges in both science and technology. In order to achieve a ..
Title: Micro/Nano Fabrication and Light Manipulation in Organic Optoelectronic Devices Abstract:Microstructure with wavelength to subwavelength-scale periodicity has played an important role in optical and optoelectronic devices, particularly in op..
Biography:Chongjun Jin received the Ph. D. degree from Harbin Institute of Technology in 1997. From 1997 to 1999, he did postdoctoral research in the Institute of Physics of the Chinese Academy of Sciences. Then he served as an associate researcher a..