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Our work on high-speed TEA printing for piezoelectric bio-films is featured by Nature Electronics, Phys.Org, SpaceDaily, HKUST News, and other media.
Our work on high-speed TEA printing for piezoelectric bio-films is featured by Nature Electronics, Phys.Org, SpaceDaily, HKUST News, and other media.
12/2024
HKUST
Receive the Outstanding Research Award 2023 of MAE STVL
Receive the Outstanding Research Award 2023 of MAE STVL
2/2024
HKUST
Oral presentation at PowerMEMS 2023 - The 22nd International Conference on Micro and Nanotechnology for Power Generation and Energy Conversion Applications in Abu Dhabi, UAE.
Oral presentation at PowerMEMS 2023 - The 22nd International Conference on Micro and Nanotechnology for Power Generation and Energy Conversion Applications in Abu Dhabi, UAE.
12/2023
Abu Dhabi, UAE
Our work on a revolutionary microprinting technique for piezoelectric elements is featured by HKUST News, EurekAlert!, Bioengineer.org, Mirage News, ScienMag, Dot News, and other media.
Our work on a revolutionary microprinting technique for piezoelectric elements is featured by HKUST News, EurekAlert!, Bioengineer.org, Mirage News, ScienMag, Dot News, and other media.
11/2023
HKUST
Our work on self-assembled piezoelectric amino acid films is featured by Nature Communications Editors' Highlights, MIT Technology Review China & Deep Tech, Phys.Org, HKUST News, and other media.
Our work on self-assembled piezoelectric amino acid films is featured by Nature Communications Editors' Highlights, MIT Technology Review China & Deep Tech, Phys.Org, HKUST News, and other media.
08/2023
HKUST
Poster presentation at Transducers - The 22nd International Conference on Solid-State Sensors, Actuators and Microsystems in Kyoto, Japan.
Poster presentation at Transducers - The 22nd International Conference on Solid-State Sensors, Actuators and Microsystems in Kyoto, Japan.
06/2023
Kyoto, Japan
Receive the Outstanding Research Award 2022 of MNE STVL
Receive the Outstanding Research Award 2022 of MNE STVL
02/2023
CityU
Our work on bio-piezoelectric ultrathin soft tissue is reported by MIT Technology Review China & Deep Tech, Phys.Org, Materialsviews China, CityU Research, and other media.
Our work on bio-piezoelectric ultrathin soft tissue is reported by MIT Technology Review China & Deep Tech, Phys.Org, Materialsviews China, CityU Research, and other media.
05/2022
CityU
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