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Welcome to ZHOU's Group @University of Macau.
Flexible Electronics and Smart Interface Lab
2022/10/31
Special Issue "Flexible and Wearable Physical Sensors" (Micromachines, MDPI) is now open for submission.
2022/10/01
Ziyi's work of superhydrophobic and robust concrete was accepted in Cement and Concrete Composites.
2022/08/25
Qian ZHOU's work of Magnetized Microcilia Array for Micro-scaled 3D Morphology Recognition, was accepted in Advanced Functional Materials.
2022/08/23
Welcome Yuanzhe, Fang Dan, and Fengming to the group.
2022/08/03
Sen DING's work of sweeping-responsive wearable interface, using the intrinsic polarity of magnetism, was accepted in Nano Energy.
2022/07/20
Ming LEi's work of breathable and waterproof e-skin for percpetion of "strain" and "pressure" has been accepted in ACS Nano.
2022/03/21
Ziyi's work of Bidirectional Bending Sensor for High-capacity Human-machine Interaction has been accepted in Nano Energy.
2022/02/24
Sen DING's work of droplet rebound on flexible and superhydrophobic film was selected as the supplementary cover of Langmuir.
2021/12/26
Ge CHEN's work on robust and flexible superhydrophobicity has been accepted in Chemical Engineering Journal.
2021/10/20
Congratulations to Bing JI and Qian ZHOU for the successful defense of the PhD dissertation.
2021/08/16
Zhou Qian's work on magnetized micropillar enabled intelligent sensor has been accepted in Nano-Micro Letters.
2021/06/17
Ziyi's work of Superhydrophobic and Anti-corrosion Strain Sensor for Underwater Applications, has been accepted in Journal of Materials Chemistry A.
2021/04/12
Bing Ji's work, 'Bio-inspired Hybrid Dielectric for Capacitive Sensors with High Sensitivity and Ultrawide Linearity Range', has been accepted in Advanced Materials.
2021/03/23
Congratulations to Ge Chen for the successful defense of the PhD dissertation.
2020/12/23
Ge Chen's work of Magnetically Responsive Film for Droplet Manipulation has been accepted in ACS Applied Materials & Interfaces.
2020/11/02
Ziyi's work, ‘Facile formation of hierarchical textures for flexible, translucent, and durable superhydrophobic film’, was accepted for publication in Advanced Functional Materials.
2020/09/11
Zhou Qian's work, ‘Tilted Magnetic Micropillars Enabled Dual-mode Sensor for Tactile/Touchless Perceptions’, has been accepted for publication in Nano Energy.
2020/06/10
Ji Bing’s work of flexible sensors has been accepted for publication in ACS Applied Materials & Interfaces.
2019/09/19
Qian ZHOU’s work has been accepted for publication in Journal of Materials Chemistry A (Part of the themed collection: 2019 HOT Papers).
2019/08/22
Bing JI’s work of SERS (nanoparticle assembly) has been selected as the cover article of Nanoscale.
2019/05/22
Congratulations to Yongyun for the successful defense of the PhD dissertation.
2018/10/08
Congratulations to Yongyun for the award of Excellent Postgraduate Scientific & Technological Award by FDCT.
2023/12/22
Fang Dan's work of "Crosstalk-Free Position Mapping for One-Step Reconstruction of Surface Topological Information" was accepted in ACS Nano.
2023/12/18
Ding Sen's work of "parallel coil arrays with identifiable eigenfrequency elements for HMI" was accepted in Applied Materials Today.
2023/11/13
2023.11.12-16 Reunion at AMF2023, Macau, with Bing JI and Qian ZHOU
2023/11/09
Ruolin's work of "Optimization of Sensitivity and Linearity for Flexible Pressure Sensor via Coupling Effect of Microstructures and Substrate" was accepted in ACS Applied Electronic Materials.
2023/10/22
Group members attended the ICAFPM 2023 Conference @Shanghai
2023/10/10
Lei Ming's work of "Template-free formation of hybrid dielectric for flexible capacitive sensors with wide-pressure-range linear detection" was accepted in Advanced Materials Technologies.
2023/10/03
Ziyi's work of "Durable superhydrophobic surface in wearable sensors: from nature to application" (invited review) was accepted in Exploration.
2023/09/04
Welcome Rongmei to the Group.
2023/08/04
Welcome Qi Biao and Wenxue to the Group.
2023/07/28
Huifang's work of breathable and superhydrophobic fabrics was accepted in ACS Applied Materials & Interfaces.
2023/05/19
Fang Dan's work of wearable patch for axial force perception was accepted in Chemical Engineering Journal.
2023/05/10
Congratulations to Ziyi for the successful defense of the PhD dissertation.
2023/02/22
Our work of flexible sensors was reported by local television of Macau (TDM - Teledifusão de Macau, S. A.).
2024/11/19
Qi Biao's work of "Strain-dependent Eigenfrequency Control for Wearable HMI" was accepted in ACS Applied Materials & Interfaces.
2024/11/11
Fengming's work of "Full Bionic Electronic Skin for De-coupled Multidimensional Tactile Perception" was accepted in Materials Horizons.
2024/10/03-06
Attending "10th Macau Industrial Products Show" @Macau Fisherman's Wharf Convention and Exhibition Centre, to showcase the research of "Wearable Interactive System" in our group.
2024/09/23
Wenxue's work of "Bioinspired and Self-Adhesive 3D Electronic Skin" was accepted in SMALL.
2024/08/07
Welcome Yifan and Yingyi to the group.
2024/08/03
August 2024, group members in AIS-I3S2024@Singapore.
2024/06/04
Yuanzhe's work of "Coupling of Induction with Damping Behavior for Viscosity Sensing via Design of Magnetized Oscillator" was accepted in Advanced Sensor Research.
2024/05/21
Congratulations to Lei Ming for the successful defense of the PhD dissertation.
2024/05/21
Congratulations to Ding Sen for the successful defense of the PhD dissertation.
2024/04/20
April 2024, Reunion with Yongyun in conference at Chongqing.
2024/01/10
Ding Sen's work of "Single channel based interference-free and self-powered human-machine interactive interface using eigenfrequency-dominant mechanism" was accepted in Advanced Science.
2024/01/08
Prof. Huanyu CHENG from The Pennsylvania State University shared the research of "Standalone stretchable device platform for biomedicine" at UM.
2025/03/12
FANG Dan's work of "Revisiting Stick-slip Process of Fingertip via Magnetism-coupled Ridges" was accepted in Advanced Materials.
2025/01/24
Ruolin's work of "Triple-gradient effect enabled Flexible Tactile Sensors" was accepted in Applied Materials Today.
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