Shaoting Lin
@lin_shaotingAssistant Professor at MSU, Extreme Soft Materials for healthcare, water, and energy. Ph.D. and Postdoc @ MIT
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Glad to publish “Fracture of polymer-like networks with hybrid bond strengths” for a special issue in JMPS dedicated to @zhigangsuo’s birthday for his contributions to mechanics. We introduced polymer-like networks for simulations and bench-top experiments to understand fracture…
Thanks @MSU_EGR for highlighting us. Deeply honored and highly grateful for the NSF support.
Zhichao Cao, Shaoting Lin, and Sijia Liu will advance their MSU research with NSF Faculty Early Career Development Awards totaling $1.7 million. Find out more at: spr.ly/6013sp52b
For the Research Article, our mission is to harness the power of molecular design and theoretical modeling for developing electrical tissue adhesives to form long-term, high-efficacy, multimodal interfaces between rigid biosensors and soft tissues. Link: doi.org/10.1002/aisy.2…
Congrats two publications by PhD student Tsz Hung Wong. 1, Book chapter on "Extreme Mechanics of Hydrogels Toward In Situ Hydrogel Bioelectronics", 2 Research article on Advanced Intelligent Systems entitled "Electrical Tissue Adhesives for Strain-Insensitive In-situ Biosensing.
In the book chapter, we provide an overview on the design principles, implementation strategies, and manufacturing/fabrication techniques, particularly centering on extreme mechanics of hydrogels, for developing in-situ hydrogel bioelectronics. doi.org/10.1002/978352…
Congrats two publications by PhD student Tsz Hung Wong. 1, Book chapter on "Extreme Mechanics of Hydrogels Toward In Situ Hydrogel Bioelectronics", 2 Research article on Advanced Intelligent Systems entitled "Electrical Tissue Adhesives for Strain-Insensitive In-situ Biosensing.
Congrats two publications by PhD student Tsz Hung Wong. 1, Book chapter on "Extreme Mechanics of Hydrogels Toward In Situ Hydrogel Bioelectronics", 2 Research article on Advanced Intelligent Systems entitled "Electrical Tissue Adhesives for Strain-Insensitive In-situ Biosensing.
My group (sites.google.com/view/ruobingbai) at Northeastern University has multiple fully funded PhD and postdoc positions for Fall 2025 in areas of experimental mechanics and materials. You are welcome to email (ru.bai@northeastern.edu) for inquiry with your CV and supporting materials.
One unique feature of our FMCH is its ability to maintain mechanoresponsive color-changing performance across various strain rates for up to 10,000 cycles.
Hearty congrats to my PhD student Jiabin Liu for her recently accepted paper in Advanced Materials entitled "Fatigue-Resistant Mechanoresponsive Color-Changing Hydrogels for Vision-Based Tactile Robots". Here is a Video Abstract for this work: youtu.be/wv1pc-NO3w8
This work develops a fatigue-resistant mechanoresponsive color-changing hydrogel that exhibits reversible, resilient, and predictable color changes under mechanical stress, for tactile robots by translating tactile sensations into visual images. Link: onlinelibrary.wiley.com/doi/10.1002/ad…
Hearty congrats to my PhD student Jiabin Liu for her recently accepted paper in Advanced Materials entitled "Fatigue-Resistant Mechanoresponsive Color-Changing Hydrogels for Vision-Based Tactile Robots". Here is a Video Abstract for this work: youtu.be/wv1pc-NO3w8
Hearty congrats to my PhD student Jiabin Liu for her recently accepted paper in Advanced Materials entitled "Fatigue-Resistant Mechanoresponsive Color-Changing Hydrogels for Vision-Based Tactile Robots". Here is a Video Abstract for this work: youtu.be/wv1pc-NO3w8
It‘s my great honor to serve as the local host for this year’s Midwest Mechanics Seminar speaker Prof. Vikram Deshpande at MSU. We all enjoyed your group‘s recent findings on local volume change driven by stress- induced mobile chains，powered by 3D X-ray measurements.
Many thanks @chase_hartquist for delivering a guest lecture entitled "Fracture Mechanics of Networks" in my graduate class ME 391 Nonlinear Elasticity at MSU. All students and faculties enjoyed the lecture, which is rich, deep, and inspiring.
Many thanks MSU College of Engineering for highlighting our recent NSF grant on Tactile Gel-Robot and Nature Communications paper on Polymeric Thermal Switch.
ME’s Shaoting Lin is advancing polymeric thermal switches to help manage heat in electronic devices, along with temperature control in spacecrafts, and even smart textiles. Find out more at: spr.ly/6010WivQk
Joint group gathering. Welcome new members. Look forward to the new semester.
Retweet appreciated. We have #PhD student and #postdoc openings. We are looking for candidates with background in polymers, biodevices or biomaterials. We are an interdisciplinary team working on biodevices and applications. Contact me at tzz5199@psu.edu if interested. Thanks.
The key idea of this project is to integrate fatigue-resistant gel into a stress-interpreting optical system for deveoping a new class of tactile robots, which possess the capability to attain multi-physical perception and execute ultra-gentle manipulation.
Excited to share that my group receives an NSF grant, entitled "Physics-empowered Vision-based Tactile Gel-Robots for Multi-physical Perception and Ultra-gentle Manipulation". This is a joint project with Prof. Wei Li at SBU and Prof. Yu She at Purdue @yushe_1
Excited to share that my group receives an NSF grant, entitled "Physics-empowered Vision-based Tactile Gel-Robots for Multi-physical Perception and Ultra-gentle Manipulation". This is a joint project with Prof. Wei Li at SBU and Prof. Yu She at Purdue @yushe_1
My student Chuwei Ye is an excellent engineer. It's amazing that he spent less than one month to build such a system at the cost around $1000. Link of the paper: doi.org/10.1557/s43579…
Many thanks the invitation from MRS Communications for the special issue Early Career Materials Researcher. In this invited article, we develop a characterization platform to study nanoparticle diffusion in hydrogels subjected to various stress states and different loading rates
Many thanks the invitation from MRS Communications for the special issue Early Career Materials Researcher. In this invited article, we develop a characterization platform to study nanoparticle diffusion in hydrogels subjected to various stress states and different loading rates
🚀Check out our paper published in @NatureComms today! We report a scalable polymer-based thermal switch with a reversible 14x thermal conductivity tuning ratio via strain and temperature modulation. @ProfZhaoMIT @lin_shaoting @BuxuanL @MITMechE nature.com/articles/s4146…
I would like to also thank my postdoc Zhaohan Yu and my Phd student Jiabin Liu who made contributions during the revision process.
This is a continuing project of my postdoc work and also the first project of my MSU group in the direction of energy-relevant polymers. Great collaboration with Prof. Xuanhe Zhao @ProfZhaoMIT and Prof. Gang Chen. Major credits go to @chase_hartquist, @BuxuanL, James Zhang.
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