Research

XJTU researchers solves problem of stereo-selective synthesis of poly-substituted alkene

Recently, Professor Guo Wusheng from the Frontier Institute of Science and Technology of XJTU was interviewed by China Science Daily.
XJTU Researchers make new achievement in electrochemistric storage

Recently, a research team led by XJTU Professor Que Wenxiu synthesized a flexible, self-supported and dense nitrogen-dopod Ti3C2 film electrode material throughan accessible and controllable ex-situ solvothermal method, and assembled the material into a symmetry supercapacitor.
XJTU researchers realize ionic modulation of small voltage-induced ferromagnetic resonance

Recently, Professor Liu Ming's team of the School of Electronic and Information Engineering of XJTU has studied YIG (13 nm)/Pt (3 nm)/(ionic liquid, IL)/Au, an electric field tunable microwave device based on YIC.
XJTU researchers develops novel electrochromic device

The research team led by XJTU professor Wang Hong has designed a novel electrochromic layered-structure. They simplified the internal structure of traditional electrochromic devices by depositing a multifunctional hydrogel on a tungsten oxide film.
Advanced Functional Materials publishes XJTU researcher’s result

A correlative thesis titled "Building High-Density Au-Ag Islands on Au Nanocrystals by Partial Surface Passivation", was published inn Advanced Functional Materials(IF 13.325), an international authoritative journal on material science.
XJTU develops skin-like hydrogel wound dressing

The research team led by Guo Baolin from XJTU's Frontier Institute of Science and Technology has developed a multifunctional antibacterial injectable hydrogel with good extensibility and compressibilityas a wound dressing, the results of which were recently published in the internationally recognized journal Biomaterials.
XJTU Research Progress in Pathogenesis and Targeted Therapy of Leukemia

Recently, Professor Kong Guangyao from the National-Local Joint Engineering Research Center of Biodiagnostics &Biotherapy of XJTU Second Affiliated Hospital announced that, unlike acute myeloid leukemia, the Notch signaling pathway plays a key role as the oncogenein myeloproliferative neoplasm (MPN).
Chinese and English scientists decipher the opium poppy genome and morphine production

On August 31, 2018 Beijing time, a team of Chinese and British scientists led by XJTU Professor Ye Kai published a paper in Science, in which the entire genome sequence of the opium poppy was first displayed in high-quality, and the mystery of morphine production was revealed.

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