Kaichen XU

Assistant Professor at Zhejiang University @ZJU_China
Flexible & Bioelectronics by hybrid (ultrafast) laser processing

[Kaichen XU @xu_kaichen]

Recent work on @NatureElectron, we report an approach to transferring laser-induced graphene to ultrathin hydrogel interface at extremely low temperature @ZJU_China Special thanks to Prof.@guzhenlab for the invaluable support! https://t.co/utUCMY6NSx

[Kaichen XU @xu_kaichen]

The intelligent sensor can dynamically distinguish high-density pressure stimuli by generating 2700 virtual taxels from only 23 physical taxels with a super-resolution factor of over 115. | Science Advances https://t.co/Vr5Bt16kTb

[Kaichen XU @xu_kaichen]

Laser-induced reductive sintering of Cu from CuO is a cost-effective method to the industry due to continuously rising cost of noble metals

An in-situ hybrid laser-induced integrated sensor system with antioxidative copper
https://t.co/WprSvfdKFV via @IntJExtremManuf

[Kaichen XU @xu_kaichen]

We comprehensively discussed the advances in laser-induced graphene technique for flexible sensors @acsnano
https://t.co/4auWcUZunU

[Bio-Design and Manufacturing @BioDesignManuf]

Advances in wearable and implantable bioelectronics for precision medicine

Learn more: https://t.co/80CO4lYywL

@ZJU_China @SeoulNatlUni @UCLA

[Bio-Design and Manufacturing @BioDesignManuf]

Best wishes from the BDM team. Merry Christmas and a Happy New Year!

[Kaichen XU @xu_kaichen]

The proposed cryogenic transfer strategy also allows the transfer of LIG onto other types of adhesive or non-adhesive hydrogels, but only the adhesive hydrogel formed a mechanically stable binding interface especially under the tensile strain.

[Kaichen XU @xu_kaichen]

Recent work on @NatureElectron, we report an approach to transferring laser-induced graphene to ultrathin hydrogel interface at extremely low temperature @ZJU_China Special thanks to Prof.@guzhenlab for the invaluable support! https://t.co/utUCMY6NSx

[Kaichen XU @xu_kaichen]

A view-only version: https://t.co/t6ZOu2qbIF

[Flexible electronics_Takei Gr @FlexibleAt]

フィードバック機能を有したハイブレッドフレキブルセンサのレビュー論文が公開されました！
Our review paper about flexible hybrid sensor systems with feedback functions has been published online! https://t.co/FCqPixT2gT

[Jolke Perelaer @JolkePerelaer]

Online symposium next Thursday, 17 September, to celebrate the 5th year of publication of Advanced Materials Technologies. Talks by John Rogers and ZL Wang, co-chairs of the Advisory Board. Hope to "see" you there! #materials #technologies #flexibleelectronics #energyharvesting

[Wei Gao @WeiGaoLab]

Giving a virtual seminar at UPenn ESE next week. Welcome to join! ESE Seminar: “Skin Interfaced Wearable Sweat Biosensors” https://t.co/n9IDcZhenZ

[Oded Rechavi @OdedRechavi]

Post docs entering the job market https://t.co/AjpxNg5dWp

[Gary Beane @pollinus66]

RT Nanowerk "Probing plant health status using flexible #sensor systems https://t.co/1jlP5h6d7p #sensors #nanotechnology"

[Kaichen XU @xu_kaichen]

#Multimodal #Plant Healthcare #Flexible #Sensor System https://t.co/xwDxnEKnqE @FlexElectronics @acsnano

[LightSciAppl @LightSciAppl]

#LSA_Highlight: [Original] Kirigami/origami: unfolding the new regime of advanced 3D microfabrication/nanofabrication with “folding”.
#BIT @SCUT_SIE
#Microoptics #Nanophotonics_plasmonics
https://t.co/tEMeH791dX

[Jolke Perelaer @JolkePerelaer]

Advanced Materials #Technologies Best Of 2019 is now available! Topics include soft #robotics, #wearable electronics, #3Dprinting, energy harvesting and storage, #sensors and #actuators, and many more. Articles are free to read until the end of 2020:

https://t.co/JC0QiTxPlZ

[Massimo @Rainmaker1973]

You can pop a balloon with an orange: limonene from the orange dissolves or weakens the rubber balloon https://t.co/0wtU7TxDHv

[Raskolnikov @vaybebune]

bu beyefendi, karşılığında fındık, badem almak için kurutulmuş tohum, kabuk falan getiriyomuş her gün. ticaret bir nevi

[OptoElectronAdv @OEA_journal]

#OEA_Hightlight [Original Article] Direct laser interference patterning of nonvolatile magnetic nanostruc-tures in Fe60Al40 alloy via disorder-induced ferromagnetism.
#University_of_Konstanz
#Thin_Films #Laser_Patterning #Magnetic_Dots #Magnetic_Memory
https://t.co/UzyW6jSjS3

[OptoElectronAdv @OEA_journal]

#OEA_Hightlight [Original Article] Controlling plasmon-exciton interactions through photothermal reshaping
#Peking_University
#Gold_Nanorod #MoS2 #Hybrid #Scattering #Photoluminescence #Single_Nanoparticle
https://t.co/IEr9kETCzd