Wenzhong Yan
@WenzhongYanRoboticist at UCLA; #OrigamiRobotics, #SoftRobotics, #MechanicalIntelligence, #OrigaMechs
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Excited to share my recent work as a co-first author on a paper published in @ScienceMagazine! Huge thanks to my fantastic materials science coauthors—Hanxiang Wu, Yuan Zhu, and Qibing Pei—for inviting me to contribute to this project from a mechanical engineering perspective.…
Love to have one!😌
Mercury Usecase | Experience How the Wheeled Humanoid Robot Provides A Back Massage The Mercury X1 wheeled humanoid robot has a total of 19 degrees of freedom and is composed of the Mercury B1 and a high-performance mobile base. The whole machine is equipped with dual main…
Check self-deployable, adaptive robots (arxiv.org/abs/2410.02974) based on Contracting-Cord Particle Jamming (doi.org/10.1039/D4MH00…). These robots hold potential for exploration in remote, complex areas. Accepted to ISRR2024. #softrobotics #AdaptiveRobotics #ParticleJamming
Thanks for the nice blog and interview, @TechBriefsMag #shapeshiftingmetamaterial #pushpuppets #tunabledynamicmaterial #metamaterial #robotics
A #ShapeShiftingMetamaterial Inspired by #PushPuppets Engineers have created a new class of #tunabledynamicmaterial that mimics the inner workings of push puppets. Learn more: ow.ly/Osgj50TpWy1 #techbriefs #blog #UCLA #metamaterial #robotics #WenzhongYan #AnkurMehta
Super cool event!
Congratulations to all our 2024 distinguished @UofCalifornia @UCLA Samueli alumni, student and faculty award recipients! Please visit the school website to learn more: samueli.ucla.edu/2024-awards-aw…
The back cover of Issue 16 of @MaterHoriz features @WenzhongYan and group. Inspired by push puppets, they create metamaterials that reversibly self-deploy into programmed structures. Their mechanical properties can be widely tuned post-deployment. 🔗pubs.rsc.org/en/content/art…
Remember playing with push puppet toys🧸? They inspired @UCLA @UofCalifornia @UCLAMechAeroEng @ECE_UCLA engineers Wenzhong Yan & asst. prof. Ankur Mehta to create a tunable, dynamic material that mimics how they work, with findings published in @MaterHoriz samueli.ucla.edu/engineers-make…
Thanks, @TechXplore, for highlighting our work. pubs.rsc.org/en/content/art…
Engineers make tunable, shape-changing metamaterial inspired by vintage toys @RoySocChem techxplore.com/news/2024-08-t…
Thrilled to virtually be part of the RSS Pioneer group photo! Thanks to my expert Photoshop skills, my headshot fits right in 😆! #RSSPioneer #VirtualAttendee #PhotoshopMagic
Happy Monday, robotics researchers! On behalf of the organizing committee, we'd like to thank everyone for their participation at the #RSSPioneers2024 workshop! We hope that it was an unforgettable and inspiring experience for our Pioneers! Check out some highlights👇!
I am thrilled to be selected as one of this year's CPS Rising Stars! Thanks @NSF, @UVALinkLab, and @AcmSigbed! #CyberPhysicalSystems #MechanicalIntelligence #SoftRobots #OrigamiRobots risingstars.linklab.virginia.edu/2024/participa…
We are thrilled to announce that UVA Link Lab hosted the prestigious 2024 CPS Rising Stars Workshop for the third year in a row. This amazing workshop is proudly sponsored by the @NSF and @AcmSigbed bringing in rising stars from around the world.🌏 @UVAEngineers
Honored to be selected as an RSS Pioneer! Excited to connect with and learn from fellow researchers and innovators in robotics. #RSSPioneers2024 #Robotics
We are thrilled to announce our #RSSPioneers2024 cohort! 🎉sites.google.com/view/rsspionee… Congratulations to these 30 rising stars in robotics! We thank all of our applicants for their inspiring submissions, and our selection committee and reviewers for their participation and insight.
Looks exactly the same as my first jumper prototype lol
Tiny Brazilian frogs’ inner ear canals are too small to help them balance well, explaining why they are clumsy jumpers. Learn more in @ScienceAdvances: scim.ag/6ku
Never regret a day in your life; good days give happiness, bad days give experiences, worst days give lessons, and best days give memories.
Check out these cut-and-fold #origami #robots designed at @UCLA to maneuver extreme environments and detect obstacles without embedded semiconductor-based chips. Electrical and computer engineering postdoc Wenzhong Yan, PhD developed the bots at @UCLALEMUR
The bistability of this robot is engineered by bonding one central pre-stretched substrate with two identical Kirigami top and bottom layers. The killer instinct it developed on its own. 👉 ow.ly/sC2G50OqrRS
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