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Dynamic Latent Variable Regression for Inferential Sensor Modeling and Supervised Monitoring
- Date:
- Jan. 9th, 2020
- Time:
- 10:00am
- Place:
- Room 805, Wangkezhen Building
- Speaker:
- Qinqin Zhu
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Aeroacoustics of Metacontinua
- Date:
- Jan. 9th, 2020
- Time:
- 2:00-4:00pm
- Place:
- Room 212, COE Building No.1
- Speaker:
- Umberto Iemma
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Exact theory of dispersion for nonlinear wave propagation and extension to phononic materials
- Date:
- Dec. 26, 2019
- Time:
- 10:00-11:30am
- Place:
- Room 434, Mechanics Building
- Speaker:
- Mahmoud I. Hussein
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Bio-inspired smart soft materials
- Date:
- Dec. 25, 2019
- Time:
- 9:00-10:00am
- Place:
- Room 212, COE Building No.1
- Speaker:
- Songshan Zeng
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[ July 01, 2020] Commencement ceremony held for Class of 2020
All COE leaders and teacher representatives, along with parents and families of some graduates shared this joyous moment with the graduates.
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[ June 25, 2020] Minitumors for drug testing in precision cancer therapy
On June 24, 2020, the research team led by Prof. Jianzhong Xi from Peking University published an article named ‘Patient-Derived Tumor-Like Cell Clusters for Drug Testing in Cancer Therapy’ in Science Translational Medicine.
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[ June 18, 2020] Xiaowei Zhan’s group used perovskite quantum dots to "light up" organic solar cells
The group applied perovskite quantum dots with strong absorption, strong fluorescence, high charge mobility and high dielectric constant to organic solar cells (OSCs), which reduced energy loss and improved efficiency.
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[ June 15, 2020] A paper from Prof. Jie Song’s team wins 2020 IEEE T-ASE Best Paper Award
This award-winning paper gives a pioneer work in modeling and solving the physician recommendation problem with heterogeneous illness conditions of patients by using optimization theory, machine learning technology and statistical inference method.
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[ June 15, 2020] Huiling Duan’s group from Peking University makes important progress on size-dependent yield strength of crystalline metallic materials
They found that the transition from size-dependent to size independent yield strength of crystalline metallic materials is controlled by the competition between the stresses required for dislocation source activation and dislocation motion.
