Wenhui Song
@Song_Lab_UCL
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Professor of Biomaterials & Medical Engineering
University College London
Joined March 2022
RT @aipulserx: How can piezoelectric nanofibers and neural networks be combined to create an artificial hearing system that surpasses human….
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RT @ScienceAdvances: Researchers have designed an intelligent hearing system that mimics natural human auditory processes. For those with….
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AI-assisted intelligent hearing system surpasses human ear in sound direction recognition | Faculty of Medical Sciences
ucl.ac.uk
A new AI-assisted hearing device inspired by the human cochlea could advance hearing aid technology, offering improved sound and direction recognition.
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Happy to share our latest invention: Piezoelectric nanofiber–based intelligent hearing system | Science Advances
science.org
A nature-inspired intelligent hearing system based on piezoelectric nanofibers achieves precise sound direction recognition.
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UCL Song Lab is recruiting a postdoctoral research Fellow in Medical Devices.
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A new research post at Song Lab.Research Fellow – Tumour immunologist at UCL
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RT @SORO4Health: Mapping the Future Of Soft Robotics in Healthcare conference will take place in three weeks. The abstract deadline for su….
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Welcome to join an exciting Conference of Mapping The Future Of Soft Robotics For Healthcare in Feb 2024. Free registration at .
linkedin.com
Soft Robotics for Healthcare | 110 followers on LinkedIn. The So Ro for Health Platform advancing healthcare through soft robotics | Advancing healthcare through soft robotics The SoRo for Health...
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A PDRA post at UCL. We are recruiting for a Research Fellow who will conduct research on anti-microbial surface functionalisation of a soft robotic implant:..For more details, please contact w.song@ucl.ac.uk.
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RT @ucl: We are delighted to share that UCL has been awarded the University of the Year 2024 by the Times and Sunday Times Good University….
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RT @PeteHarley95: Happy to share our latest paper: "A scalable human iPSC-based neuromuscular disease model on suspended biobased elastomer….
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Congratulations! Aimee Cheesebrough Awarded 'Outstanding Thesis' Prize by Kings College London | LIDo DTPc, co-supervised by Dr Ivo Lieberam and myself
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RT @ucl: UCL has been ranked 8th best university in the world in the QS World University Rankings 2023! https://t.c….
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Researchers create synthetic scaffold to help grow lab muscle tissue
kcl.ac.uk
The nanofiber scaffold helps the growth of synthetic muscle tissues from stem cells, allowing scientists to understand the mechanisms of muscle diseases and test new drug candidates.
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Delighted to share my perspective on piezoelectric fibre acoustic sensors and women fabrics on Nature News & Views.
News & Views: A @Nature paper reports an innovative approach to fabricating hybrid piezoelectric fibres that can act as flexible, robust acoustic sensors — pushing audible sensing to a new high. (Subscribers only)
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RT @musclecellnews: .@UCL and @KingsCollegeLon researchers present the synthesis and characterization of a new biobased nanohybrid elastome….
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Congrats Aimee Cheesbrough on her beautiful work published on Advanced Materials! Well done Aimee!
advanced.onlinelibrary.wiley.com
Elastomeric nanofiber sheets, made from a new biobased nanohybrid polymer, support the differentiation and contractile function of human induced pluripotent stem cell derived skeletal muscle fibers....
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