Dr. Muhammad Yousaf
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Academic Career Length
29Years (1998-Present)
(Calculated once Scilit publication data is synced: current year − year of first publication + 1)
Representative Publications
View All Publications27 June 2018 in Advanced Materials
Journal Article
YWYunsong Wang
Yunsong Wang
ZWZhipeng Wang
Zhipeng Wang
YCYijun Chen
Yijun Chen
HZHui Zhang
Hui Zhang
Muhammad YousafRHRay P.S. Han
Ray P.S. Han +3
2 July 2019 in Advanced Energy Materials
Journal Article
Muhammad YousafYWYunsong Wang
Yunsong Wang
YCYijun Chen
Yijun Chen
ZWZhipeng Wang
Zhipeng Wang
AFAttia Firdous
Attia Firdous
RHRay P.S. Han
Ray P.S. Han +4
13 November 2018 in Advanced Materials
Journal Article
AMAsif Mahmood
Asif MahmoodSLShuai Li
Shuai Li
Zeeshan AliHTHassina Tabassum
Hassina Tabassum
BZBingjun Zhu
Bingjun Zhu
YZYusheng Zhao
Yusheng Zhao +8
11 November 2021 in Advanced Materials
Journal Article
YLYiju Li
Yiju LiTGTingting Gao
Tingting Gao
DNDongyuan Ni
Dongyuan Ni
YZYin Zhou
Yin Zhou
Muhammad YousafSGShaojun Guo
Shaojun Guo +4
30 September 2016 in Advanced Materials
Journal Article
YWYunsong Wang
Yunsong Wang
ZMZhimin Ma
Zhimin Ma
YCYijun Chen
Yijun Chen
MZMingchu Zou
Mingchu Zou
Muhammad YousafRHRay P.S. Han
Ray P.S. Han +3
17 June 2016 in Advanced Energy Materials
Journal Article
Muhammad YousafHSHao Tian H. Shi
Hao Tian H. Shi
YWYunsong Wang
Yunsong Wang
YCYijun Chen
Yijun Chen
ZMZhimin Ma
Zhimin Ma
RHRay P.S. Han
Ray P.S. Han +2
With wearable electronics rapidly coming into fashion, research into flexible energy storage devices and in particular, pliable electrodes, is attracting a lot of attention. Pliable electrodes are usually fabricated by intercalating an active material in a flexible matrix with superior mechano‐electrical properties, and can be grouped either as substrate‐supported or free‐standing. Depending on their mode of deformation the electrodes can be labeled as bendable, compressible or stretchable. Recent progress and challenges in the design and fabrication of pliable electrodes for constructing flexible lithium ion batteries and flexible supercapacitors are highlighted. 2 pliable core‐shell structure electrodes fabricated from: a) carbon nanotube sponge embedded with MoS2 nanoparticles and b) electrospun polyethylene terephthalate fibers impregnated with graphene nanoplatelets are also presented.
About Me
Dr. Muhammad Yousaf is an academic with 8 years of research experience in developing advanced materials for future energy storage. He completed his M.Phil. degree in Solid State Physics from the University of Punjab, Pakistan in 2013 and earned his Ph.D. degree in Advanced Materials and Mechanics from PKU, China in 2019. Then he worked as a post-doctorate and subgroup leader for the development of lithium and sodium-based batteries at Peking University (2019-2021). Currently, he is working as a Principal Investigator at ZJU-Hangzhou Global Scientific and Technological Innovation Center, Zhejiang University, where he is engaged in various projects for the development of rechargeable batteries. He authored 55 articles in highly prestigious journals including JACS, Materials Today, Energy & Environmental Science, Advanced Materials, Advanced Energy Materials, Science Bulletin, Energy Storage Materials, etc. In addition, he has been awarded several funding and honorary awards including the National Natural Science Foundation China (2024-2025), the Youth Talent Excellence Program of Zhejiang University (2021), the International Postdoctoral Exchange Fellowship Program (Talent-Introduction Program, 2019), the Peking University Excellent International Student’s Academic Award (2017), etc. His research includes the synthesis of electrode materials for alkaline ion batteries, solid-state batteries, and Li/Na/K metal batteries with a particular interest in the in-situ characterization.