Jianguo Zhao

@RobStride_com Is this the one you are talking about? $550 is a great price! github.com/RobStride/EDUL…

Our highly anticipated robotic arm and power kit are officially on pre-sale NOW! ✨ Early Bird Discount (Feb 26 - Feb 28 Only): • Power Kit: $450 | Original: $550 • Robotic Arm: $550| Original: $650 ⚠️ Price will go back to original on March 1st. Don’t miss out! 🚚 Shipment within 15 days after ordering. 👉 Email us at zhaoyuan@robstride.com to order. Grab the deal before it’s gone!

@xiaolonw Nice results! Where can I find a link to the paper?

Learning to design dexterous hand hardware. How many fingers, how long each finger, and where to place the fingers, are all learned.

@YuXiang_IRVL No problem! I think you can just replace the default gripper with LEAP hands. We recently purchased one YAM from i2rt: it seems a high-quality arm.

@Zhao_Robotics Thanks! We hope to have two arms with multi-finger hands. I will check the i2rt!

I prompted ChatGPT to design a robot using existing hardware: • TidyBot++ mobile base • Two WidowX arms • Two LEAP hands • A movable torso + steerable head camera It looks great, and we’re going to build it. Stay tuned! 🤖

@xdcmu Congrats, Xiaoguang!

Excited to share that our team has received the NSF CAREER Award for our research on wirelessly actuated mobile miniature soft robots for precision medicine! Thanks for the great support from NSF, Vanderbilt Univeristy, mentors and friends! News: lnkd.in/e73H8hQJ

We developed a tunable perching mechanism for aerial robots using a bistable mechanism + Shape Memory Alloy actuators. It enables fast, robust perching on smooth, tilted surfaces—no precise orientation control needed. #Robotics #AerialRobots #SoftRobotics #Drones #Perching

Multiple TT positions in engineering using artificial intelligence. Come work at #CSU in a great city and with awesome colleagues! Colorado State University | Engineering with Artificial Intelligence Assistant/Associate Professor - All Fields jobs.colostate.edu/postings/153073

Have you ever played with a slap bracelet? From a straight shape, it quickly curls around your wrist. Using this concept, we've developed bistable grippers that automatically close upon contact. Check it out here: ieeexplore.ieee.org/abstract/docum…

@ProfHaoSu @HyunwooYuk Huge Congrats, Hao!

@HyunwooYuk It is our pleasure to work with @HyunwooYuk to present this work to improve mobility and health of humans via AI-powered wearable robots to save energy during walking, running, and stair climbing. The paper can be accessed here rdcu.be/dKCZV youtube.com/watch?v=laiS5n…

A work led by @ProfHaoSu team is published today in Nature. It’s a really cool work and one of the most unconventional collaboration I ever had. Completely out of my research field but I got connected at NIH study section & turns out that there was still ways to collaborate in the field outside of my scientific expertise. Maybe I should have more of this types of collaborations as it was really fun! nature.com/articles/s4158…

@xdcmu @VanderbiltU @ViseVanderbilt Congrats, Xiaoguang!

Our paper titled "Wireless Peristaltic Pump for Transporting Viscous Fluids and Solid Cargos in Confined Spaces" is now published in Advanced Functional Materials (Impact Factor: 19.0)! @VanderbiltU @ViseVanderbilt Paper: onlinelibrary.wiley.com/doi/10.1002/ad…

@ZappyZappy7 Thanks for posting our work!

折り紙からヒントを得た、形や動きを変えることができるモジュール。 複数のモジュールを組み合わせて4脚ロボットを構成 youtu.be/sSZaOLFihLM #robotics #Origami_Module #multimodal #locomotion #integration #connect #programmable #mechanical #structure #AdaptiveRobotics

@Bark_Lab @DrawImpacts Looks great!

But have you ever seen a robot do this? @CSUMechEngr develops morphing robots with gripping, climbing, and flattening capabilities that mimic natural organisms. 🤖🦾 col.st/5NJ50 #UnitedinDiscovery | #ResearchCSU @CSUEngineering @ColoradoStateU

.@JiefengS, @Zhao_Robotics et al. from @ColoradoStateU @CSUEngineering @CSUMechEngr propose an embedded method, enabling robots to adapt to environments or tasks by changing their #morphologies through embedded #actuation, #sensing, and #shape locking. nature.com/articles/s4146…

@Bark_Lab @NatureComms @JiefengS Thanks, Dave!

Excited to announce our results on shape-morphing robots, published in @NatureComms: rdcu.be/dm9DN Special gratitude to my exceptional students: @JiefengS, soon-to-be Assistant Professor at ASU, and E. Lerner, B. Tighe, and C. Middlemist. #Robot #research #morphing

@theghoshlab @NatureComms @JiefengS Thanks, Soham!

@Zhao_Robotics @NatureComms @JiefengS Very cool work. Congrats!!!

@theghoshlab @NSF @NASA @ISS_CASIS Congrats, Soham!

Thrilled about our @NSF(with support from @NASA @ISS_CASIS) grant to explore 🚀space mechanobiology in ISS 🛰️ and mechanical deconditioning on earth 🌍using a mouse model 🐭! Fingers crossed our tech brings us a step closer to the human #spaceexploration! nsf.gov/awardsearch/sh…

@JieYinLab @NatureComms @YaoyeHong @helenhehuang8 @YaoZhao02294 @YanbinLi4 Congrats! Very interesting work!

New universal #kirigami gripper @NatureComms : gentler, precise yet stronger in handling liquid, microfilm, and heavy object all in one gripper. Easy to integrate with robotic arm and prosthesis in folding clothes, grasp grape, zipping, and turning pages. doi.org/10.1038/s41467…

@theghoshlab @NSF Congrats, Soham!

I am honored, humbled and thankful to @NSF for the #CAREER award. Finally, the NOA is here after a long wait. We are supercharged to reveal a few deep secrets hidden inside the chromatin of the cell nucleus 1/4. nsf.gov/awardsearch/sh…