https://www.europesays.com/us/24683/ Do AI systems need bodies for true intelligence #AdaptiveIntelligence #ai #AIAndRobotics #AIEthics #AIEvolution #AISystems #ArtificialIntelligence #AutonomousPhysicalIntelligence #cognition #EmbodiedCognition #GeneralIntelligence #MachineLearning #NonlinearFeedback #roboticists #SoftRobotics #SoftRobots #Technology #UnitedStates #UnitedStates #US
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Dank künstlicher Intelligenz können Roboter Menschen bereits viele Aufgaben abnehmen. Im Interview erklärt Edoardo Milana, Juniorprofessor für Soft Machines, wie ein verbessertes Design und neuartige Mechanik das Anwendungspotenzial der Maschinen erweitert.
Zum Interview: https://ufr.link/soft-machines
Algovivo an energy-based formulation for soft-bodied virtual creatures
juniorrojas.comalgovivo
After hosting the #Fabricademy #bootcamp 2025 at @greenfabric we are already preparing next Fabricademy 6-months course starting in September! This programme mixes #textile, #digitalfabrication and #biology
Running from mid-September till end of March, it is led by international experts in many different fields: #biomaterials, #opensource #hardware, #naturaldye, #softrobotics, #etextile, #digitalbodies, #textilescaffolds… It gathers students all around the world through international nodes (#Belgium, the Netherlands, Spain, France, Armenia, Jordan, Rwanda, Mexico, Japan…).
It is not structurally subsidized but Green Fabric, the Belgian node, offers 2 full-scolarships per year (for 3 years) with the support of Feder and Brussels Fablab Network. This scolarship covers the 8000$ subscription fees and you'll have access to our textile #fablab during the programme.
I will be the local instructor in Brussels.
Please spread the word to people you think might be interested to follow this one-of-a-kind course!
Behold Self-Synchronizing, Air-Flopping Limbs That Hop and Swim - Dutch research institute [AMOLF] shows off a small robot capable of walking, hoppi... - https://hackaday.com/2025/05/23/behold-self-synchronizing-air-flopping-limbs-that-hop-and-swim/ #softrobotics #robotshacks #swimming #hopping #gait #air
Hackaday · Behold Self-Synchronizing, Air-Flopping Limbs That Hop And SwimDutch research institute [AMOLF] shows off a small robot capable of walking, hopping, and swimming without any separate control system. The limbs synchronize thanks to the physical interplay betwee…
*It's been a big week for peculiar knitting. #physics #softrobotics #assemblage #programming
#Fabricademy bootcamp 2025
May 19→25
Don't miss this year's bootcamp in Brussels to encounter international fellows in the field of #textile, #engineering and #biology.
I am co-organizing it through the #fablab @GreenFabric and the #fabricademy team (@fabtextiles ).
A great opportunity to test Fabricademy themes and way of working through intense hands-on workshops. It will cover #biomaterials with #mycelium #fungi, #modulardesign, #machineknitting with the #kniterate machine, using the #opensourcehardware machines that we built, #etextile with thermochromic inks.
Don't miss also the #MakerFaire on the following week-end (May 26-27) with the Fabricademy exhibition of final projects and a workshop on #softrobotics.
More info on https://bootcamp2025.textile-academy.org.
Boosts are more than welcome!
These 3D-printed robots don’t need batteries or wires. They walk using only heat and smart design. A leap forward in simplicity. #SoftRobotics #3DPrinting #BioinspiredDesign
https://geekoo.news/3d-printed-robots-that-walk-no-electronics-required/
Geekoo3D-Printed Robots That Walk—No Electronics Required | GeekooA new generation of 3D-printed robots walks autonomously—without electronics or programming. Powered only by heat and clever mechanics, these bots redefine what robotics can be.
We spoke with Prof. Cindy Harnett about new and different sensors and actuators, primarily designed for soft robotics and fabricated with relatively low cost materials.
Join them here: https://embedded.fm/episodes/495
Here's an excerpt from the show:
We spoke with Prof. Cindy Harnett about new and different sensors and actuators, primarily designed for soft robotics and fabricated with relatively low cost materials.
Join us here: https://embedded.fm/episodes/495
Here's an excerpt from the show:
This week, Chris( @stoneymonster ) and Elecia( @logicalelegance ) spoke to Prof. Cindy Harnett about new and different sensors and actuators, primarily designed for soft robotics and fabricated with relatively low cost materials.
Join them here: https://embedded.fm/episodes/495
You can also read the show transcript here: https://embedded.fm/transcripts/495
Thank you to Nordic Semi for supporting the show!
#softrobotics #robotics #sensors #prof #engineering #embedded #electronics #electrical
Embedded495: Shortcut the Difficulties of Reality — EmbeddedProfessor Cindy Harnett spoke to us about new and different sensors and actuators, primarily designed for soft robotics and fabricated with relatively low cost materials. Cindy is a professor of electrical and computer engineering at the University of Louisville where she runs the Harnett Lab
Don't miss the latest episode of Embedded as we speak to Prof. Cindy Harnett about new and different sensors and actuators, primarily designed for soft robotics and fabricated with relatively low cost materials.
Take a listen: https://embedded.fm/episodes/495
Embedded495: Shortcut the Difficulties of Reality — EmbeddedProfessor Cindy Harnett spoke to us about new and different sensors and actuators, primarily designed for soft robotics and fabricated with relatively low cost materials. Cindy is a professor of electrical and computer engineering at the University of Louisville where she runs the Harnett Lab
Precision without pressure: Learn how kirigami principles and magnetic actuation are revolutionising object manipulation in confined spaces
Read more.... 
https://labhorizons.co.uk/2024/12/kirigami-inspired-magnetic-device-promises-precise-manipulation-for-fragile-objects/
Kirigami meets soft robotics! 
Discover how NC State’s innovative metasheet is changing how we manipulate liquids, gels, and fragile materials
Read more.... https://labhorizons.co.uk/2024/12/kirigami-inspired-magnetic-device-promises-precise-manipulation-for-fragile-objects/
Supercon 2023: Soft Actuators as Assistive Tech - When we think of assistive prostheses or braces, we often think of hard and rigid ... - https://hackaday.com/2024/08/21/supercon-2023-soft-actuators-as-assistive-tech/ #2023hackadaysupercon #assistivetechnology #softactuator #softrobotics #robotshacks #cons
Hackaday · Supercon 2023: Soft Actuators As Assistive TechWhen we think of assistive prostheses or braces, we often think of hard and rigid contraptions. After all, it wasn’t that long ago that prosthetic limbs were still being made out of wood. Eve…
A Robot Face with Human Skin - Many scifi robots have taken the form of their creators. In the increasingly blurr... - https://hackaday.com/2024/07/25/a-robot-face-with-human-skin/ #softrobotics #robotshacks #biorobotics #biomimetic #biomimicry #humanoid #science #robot
Hackaday · A Robot Face With Human SkinMany scifi robots have taken the form of their creators. In the increasingly blurry space between the biological and the mechanical, researchers have found a way to affix human skin to robot faces.…
Researchers at MIT are breaking new ground in robotics by harnessing the power of live muscle tissue from mouse cells to propel "biohybrid" robots. These innovative robots combine synthetic components with natural actuators, allowing them to move in response to muscle contractions. By integrating muscle fibers onto a flexible skeletal structure, the team has created a breakthrough in soft robotics technology.
Researchers resurrect long-extinct fossil creature as a robot - Enlarge (credit: Carnegie Mellon University)
Until now, when s... - https://arstechnica.com/?p=2009352 #paleontology #softrobotics #extinction #evolution #robotics #science
Ars Technica · Researchers resurrect long-extinct fossil creature as a robotRobot designed to mimic enigmatic sea creature can help us understand how it moved.
Researchers Develop Self-Healing Robotic Gripper for Soft Robotics
Soft Robotic System for In Situ 3D Bioprinting and Endoscopic Surgery - The progress of medical science has meant increasingly more sophisticated ways to ... - https://hackaday.com/2023/04/20/soft-robotic-system-for-in-situ-3d-bioprinting-and-endoscopic-surgery/ #medicalhacks #softrobotics
HackadaySoft Robotic System For In Situ 3D Bioprinting And Endoscopic SurgeryThe progress of medical science has meant increasingly more sophisticated ways to inspect and repair the body, with a shift towards ever less invasive and more effective technologies. An exciting n…