#softrobotics результаты поиска
タコにヒントを得た遊泳ロボット arxiv.org/html/2410.1176… 柔らかい非対称アームと傘のような早戻り機構の組み合わせにより、2つの定速度モーターだけで、自然なタコの腕の泳ぎを再現 #SoftRobotics #mechanism #octopus #swimming #biorobotics #biomimicry #バイオミミクリー #生物模倣
A soft robotic arm slithers like a snake through pipes. Video Credit: MIT Computer Science and Artificial Intelligence Laboratory (CSAIL) #softrobotics #softrobots #robotics #engineering #technolgy #csail #mit
My CutFEM-based #FSI framework was limited to linear elements so far as HO elements are challenging. I now have managed to extend it successfully to HO elements after making some tweaks. This helps solve quite a few #SoftRobotics problems. This is just the beginning! #FEM #CFD
Announcement : InDEEP Prize by the U.S. Department of Energy @ENERGY. I spoke with Bill McShane and Carrie Schmaus; they're looking for teams from the soft robotics field to join Phase 2. Find out more details in the episode. #softrobotics The episode: open.spotify.com/episode/6fBmLb…
New Robotics Reports Article Interview with George Whitesides on what makes a good soft robot design for real world applications; you can access the article here: liebertpub.com/doi/epdf/10.10… I hope you enjoy reading it! #SoftRobotics
I enjoyed this conversation with Kaushik Jayaram @JayaramKaushik @CUBoulder on Unleashing Nature's Secrets in Robotics #SoftRobotics
🎁Congratulations to George M. Whitesides who celebrates today his 85th birthday. From #PhysOrgChem to #SoftMatter and #SoftRobotics research, from #metalorganic chem. to #enzymes in org. #synthesis, from #microfluidics and lab-on-a-chip research to origin of life studies, from…
INTERNET OF BIO-NANO THINGS BIO-CYBER INTERFACES FOR e-Health Wireless Biomedical Telemetry INTRA-BODY COMMUNICATION SYSTEMS #SyntheticBioengineering in Vivo #SoftRobotics
A Review on Bio-Cyber Interfaces for Intrabody Molecular Communications Systems semanticscholar.org/reader/b2f37a9… rumble.com/v4j2ipo-march-…
INTERNET CONNECTIVITY OF THE HUMAN BODY #IoBNT INTRA-BODY INTERNET INTRA-BODY NANO-SENSOR NETWORKS #Toshiba #SoftRobotics INTERNET OF BIO-NANO THINGS #SyntheticBiology MOLECULAR ENGINEERING IN VIVO
The conceptual representation of in-body sensors connecting the molecular link with BANs. INTRA-BODY INTERNET #IoBNT 2021 Cells Wirelessly Connected To The Internet researchgate.net/figure/The-con…
🧲 New study: magnetic fibers woven into fabric can bend, stiffen, and move on demand. This is big for smart wearables and soft robotic systems. azom.com/news.aspx?news… #SmartTextiles #SoftRobotics #AZoM
Flexible manipultor inspired by Octopi Long arm type abuilt by researchers and presented at the International Symposium on Artificial Life and Robotics. Credit: Taichu Mukai, Kazuyuki Ito, Intelligent Robotics Laboratory, Hosei University #robotics #softrobotics #engineering
Wireless Tissue Engineering Self-powered assemblies for tissue engineering applications #SyntheticBiology #BiodigitalConvergence #SoftRobotics #TissueScaffolding tinyurl.com/yh7cwdmu
A team led by University of Oxford has created a new class of soft robots that operate without electronics, motors, or computers, relying entirely on air pressure. eurekamagazine.co.uk/content/news/o… #SoftRobotics #Innovation #OxfordResearch
Presentati a Roma i risultati del progetto 4D PRo sullo sviluppo e la sperimentazione di tecniche innovative di #stampa3D di #SmartMaterials per la realizzazione di strutture di #SoftRobotics autonome con applicazioni in ambito biomedicale Vedi👇 cnr.it/it/nota-stampa… #Cnr_Imm
Inspired by longitudinal muscle fibers in the skin of worms, we developed a new concept for fabricating a hybrid fiber with tunable stiffness, that is, a fiber comprising both stiff and soft parts connected in a series researchgate.net/publication/35… #softrobotics #stretchablefiber
Pleased to be the next Invited Speaker at @Caltech Postdoc Launch! @FulbrightIT @FulbrightPrgrm @livMatS_UniFR #biorobotics #softrobotics
All-printed soft human-machine interface for robotic physicochemical sensing #WearableRobots #SoftRobotics #EpidermalElectronics @caltech @WeiGaoLab @SciRobotics #C2SHiP @NSF diabeticfootonline.com/2022/06/12/all…
Researchers at ETH Zürich have developed a novel class of artificial muscles that incorporate microbubbles and can be controlled wirelessly using ultrasound. eurekamagazine.co.uk/content/news/e… #UltrasoundMuscles #SoftRobotics #ETHZurichInnovation
🦾🌊 Soft robots that walk on water? @UVAEngineers just made it possible. Discover how this breakthrough could reshape robotics, medicine, and beyond. ow.ly/j75T50X4jsQ #UVAEngineering #SoftRobotics #Innovation #WalkOnWater
SRT Smart Workstation: Your Retail Go-To for Integrated Sorting & Packing Excellence #SRT #softgripper #softrobotics #AutomationSolutions #retail
🤩70 Ice Cream Molds Minute, Zero Damage The Soft Gripper That Changed The Game! Our multi-soft-finger gripper encases each mold, keeps pressure low, and delivers perfect transfers—every single time. Finally, a stress-free way to handle delicate molds! #softgripper #softrobotics
The 0.38 \text{g} challenge: Muscle and bone atrophy. Our Kinetic-Weave EXO textile exoskeleton provides active skeletal stimulation, reducing monthly bone loss by 80%. We are building the permanent human ecosystem on Mars. #SoftRobotics #SpaceHealth #MarsAdaptation
タコにヒントを得た遊泳ロボット arxiv.org/html/2410.1176… 柔らかい非対称アームと傘のような早戻り機構の組み合わせにより、2つの定速度モーターだけで、自然なタコの腕の泳ぎを再現 #SoftRobotics #mechanism #octopus #swimming #biorobotics #biomimicry #バイオミミクリー #生物模倣
Watch This! MVG Soft Gripper vs. Suction Cups—Cracked Eggs Stay Intact, Effortless Grab! ✅213+ Patents, 16+ overseas agencies, 500+ top clients trusted, 30+ countries served, 6 Global Regulatory Certifications #SRT #softgripper #softrobotics #AutomationSolutions
【Silicone 3D Printing】Fast, Flexible, Durable San Draw silicone prints complex structures quickly with precise control over elasticity and shape. #ISO10993 certified and ideal for #wearables, #softrobotics, and stretchable #electronics. 📩 [email protected] #Silicone #3DPrinting
🌊 NPU's Soft Robotic Manta Ray Wins Technical Invention Grand Prize, Revolutionizing Oceanic Research! 🏆 With a 4m wingspan & 10x payload capacity, NPU's innovative creation showcases high maneuverability & interaction with real fish. #NPU #OceanicResearch #SoftRobotics #ocean
I am excited to have George Whitesides for the second time on the podcast, the first episode was in 2019. Let us know what questions or topics should we focus on. #softrobotics
🎁Congratulations to George M. Whitesides who celebrates today his 85th birthday. From #PhysOrgChem to #SoftMatter and #SoftRobotics research, from #metalorganic chem. to #enzymes in org. #synthesis, from #microfluidics and lab-on-a-chip research to origin of life studies, from…
Wireless Tissue Engineering Self-powered assemblies for tissue engineering applications #SyntheticBiology #BiodigitalConvergence #SoftRobotics #TissueScaffolding tinyurl.com/yh7cwdmu
Pleased to be the next Invited Speaker at @Caltech Postdoc Launch! @FulbrightIT @FulbrightPrgrm @livMatS_UniFR #biorobotics #softrobotics
New Robotics Reports Article Interview with George Whitesides on what makes a good soft robot design for real world applications; you can access the article here: liebertpub.com/doi/epdf/10.10… I hope you enjoy reading it! #SoftRobotics
I have been looking forward to having Barry Trimmer @TuftsUniversity on the Soft Robotics Podcast for a very long time, I am quite excited for it! Please let us know if you have any questions or suggestions for subjects to be covered. #softrobotics
George Whitesides episode is available! This episode was quite a challenge due to technical difficulties in the audio, I had to clone some parts of George's voice using AI voice cloning, and I did my best. I hope you enjoy it. #SoftRobotics The episode open.spotify.com/episode/6QUrud…
My PhD student @leah_gaeta just gave her first conference presentation and did an amazing job! 👏 #proudPI #softrobotics #F23MRS
A smart #SoftRobotics system tackles a key hurdle for long-term drug delivery via medical devices: fibrotic tissue buildup and obstruction of drugs. Study by @Lu_Schreiber1 @gduffy00 @ellentroche and colleagues: scim.ag/3UA Focus: scim.ag/3UB
Speakers of our Soft Robotics Special Symposium the #PPS38 incl. Rob Shepherd, Yong Lae Park, Cecilia Lasci, Dorina Opris, @edomil , Antonia G., Matthew Hausladen, and many others #biomimetic @falktauber #softrobotics @Empa_CH
Bryan gave a fantastic presentation on his work on Soft-rigid Hybrid Robots, a.k.a. SHY robots! 🤖 ☺️ #softrobotics #conference #SES2023
The Material Robotics lab is in Minneapolis for the Society of Engineering Science (SES) conference @SocEngScience #SES2023! 📣My PhD student Bryan’s talk “A Monolithic Fabrication Method for Proprioceptive Soft-Foldable Robots” is on 10/11 at 10:30 AM! 🤩 #SoftRobotics
📢 Job Opening: Seeking an exceptional postdoc in #SoftRobotics with expertise in #Mechatronics! Join us in pushing the boundaries of this rapidly evolving field. Develop intelligent soft robots and lead groundbreaking advancements #PhDPosition Apply now! tudelft.nl/over-tu-delft/…
Students in the Schmidt Program on AI at @JacksonYale explored soft robotics from Prof. Kramer-Bottiglio's lab, @thefaboratory including a demo of the robotic turtle for search-and-rescue. 🚀🤖 #YaleEngineering #SoftRobotics #InnovationInAction #FutureTech 📸: Tyler Schroder
A 2021 Viewpoint addresses some hard questions for #SoftRobotics, arguing for moving beyond “soft for soft’s sake” by using a three-tiered categorization to evaluate each study's contribution to the field. scim.ag/19F
Engineered Muscles That Move Like the Real Thing? Ritu Raman and her team at @MIT have developed a 3D-printing technique that creates muscle tissue capable of contracting in multiple directions—just like real muscle! #Bioengineering #SoftRobotics #3DPrinting #MIT
Biological #Robots: Perspectives on an Emerging Interdisciplinary Field Via @wyssinstitute @drmichaellevin #Robotics #softrobotics #AI #MachineLearning #ML #Engineering #HealthTech 👉liebertpub.com/doi/10.1089/so… @Nicochan33 @IanLJones98 @GlenGilmore @mvollmer1 @BetaMoroney…
Presentati a Roma i risultati del progetto 4D PRo sullo sviluppo e la sperimentazione di tecniche innovative di #stampa3D di #SmartMaterials per la realizzazione di strutture di #SoftRobotics autonome con applicazioni in ambito biomedicale Vedi👇 cnr.it/it/nota-stampa… #Cnr_Imm
Felicitando la Navidad 2024 con nuestro humanoide TEO @uc3mRoboticsLab @uc3m #Robots #Humanoides #SoftRobotics
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