RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @ProfZhaoMIT: A thread-like soft robot navigating through a real-size phantom of highly tortuous blood vessels of the human brain. Read…
Wooooow. Game changer.
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @stonemcguire: This is fascinating - advancing #robotics in #neurosurgery could potentially be used to treat #aneurysms one day! https:/…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
This is fascinating - advancing #robotics in #neurosurgery could potentially be used to treat #aneurysms one day!
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
Ferromagnetic soft continuum robot navigating through complex and constrained blood vessels controllably https://t.co/yiOqa7ul2s https://t.co/60BkaSDjph
I probably said "whoa" 25 times before I even finished the abstract. Whoa. 😎 Ferromagnetic soft continuum robots | Science Robotics https://t.co/2vbTcs32RK
Awesome. Congratulations @ProfZhaoMIT!
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @SciRobotics: This mini snake-shaped #robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstrating t…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @BrianHoward_MD: Pretty cool #somuchforjobsecurity @sciencemagazine https://t.co/2vFiHwLshU
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
¡Mira esta chingadera @SergyH2O!
RT @SciRobotics: This mini snake-shaped #robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstrating t…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
MITが作成したミニ蛇型強磁性ソフトロボットがすごい!
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
love to see soft materials, like the hydrogel anti-friction coating on this robot, in potentially impactful translational applications
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
Pretty cool #somuchforjobsecurity @sciencemagazine
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
my knowledge is too limited to be able to fully appreciate the kinematics, but from a fabrication standpoint, this work is brilliant. NdFeB-PDMS ink, TEOS coating, nitinol/fibre optics core, axial magnetization, hydrogel skin by hydrophobic-hydrophilic pho
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @SciRobotics: This mini snake-shaped #robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstrating t…
RT @SciRobotics: This mini snake-shaped #robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstrating t…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @jetjocko: Oh, so it’s just a tiny robot snake that swims in your brain, is it? Oh. Uh-huh. https://t.co/ePn9v9kqPf
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @SciRobotics: This mini snake-shaped #robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstrating t…
Wow! So much innovation out of #MIT.
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
Science is so amazing.
Tak trochu nepříjemná představa 👾
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @jetjocko: Oh, so it’s just a tiny robot snake that swims in your brain, is it? Oh. Uh-huh. https://t.co/ePn9v9kqPf
RT @ProfZhaoMIT: A thread-like soft robot navigating through a real-size phantom of highly tortuous blood vessels of the human brain. Read…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
RT @sciencemagazine: This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstratin…
sciencemagazine: This mini snake-shaped robot by MIT engineers can navigate winding spaces in models of the inner #brain, demonstrating the promise of soft continuum robots as future #medical tools for exploring the inner #body: https://t.co/2A4bB0Tnw0 htt
This mini snake-shaped robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstrating the promise of soft continuum robots as future #medical tools for exploring the inner #body: https://t.co/CDYK4FlxoD https://t.co/UrE6Ed
i dont want robot snakes in my brain
RT @SciRobotics: This mini snake-shaped #robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstrating t…
This mini snake-shaped #robot by @MIT engineers can navigate winding spaces in models of the inner #brain, demonstrating the promise of soft continuum robots as future #medical tools for exploring the inner body: https://t.co/nFTPqK4yCW https://t.co/Zuqyj9
RT @ProfZhaoMIT: A thread-like soft robot navigating through a real-size phantom of highly tortuous blood vessels of the human brain. Read…