The tentacle robot gripper developed by the Harvard Microrobotics Lab.

Last week marked the 21st Conference on Complex Systems! 🚀 Our postdoc @jyoti_physics had the opportunity to share heed work on harnessing swarm behaviors of active particles to build intelligent microrobots 🔬🤖 #CCS2025 #microrobots #microrobotics #biorobotics

葉っぱの上に優しく着陸する 長い関節脚を持つ羽ばたき��行ロボット (重さ: 0.1グラム, 翼幅: 3センチ) https://t.co/yzVj29CN8l #RoboBee #flying_robot #ornithopter #microrobotics #biorobotics #biomimicry #羽ばたき飛行ロボット #バイオミミクリー #生物模倣 #Harvard

Next week, I will defend my Ph.D. thesis on "MRI-powered Magnetic Microrobotics" in person and online. Please reach me for the Zoom link if you are interested. Date: 17 May 2023 Time: 15:00 (CEST) Location: ETZ 81, ETH Zurich

New course: 🪲 Microrobotics ⚙️ (ROB 599.009) for Fall 2024! Design, fabrication, actuation, and characterization of robots at or below the centimeter scale. 12-1:30 T/Th 10:30-12:30 W Taught by Prof. Cameron Aubin.

Future Doctors‼️ Microrobotics peels an egg, performs incisions, and stitches it

Tentacle robot gripper by the Harvard Microrobotics Lab. Wish I had this at the arcade as a child! 😅 What are your thoughts? 😏 #Robots #TentacleGripper #Machine #Robotics #Harvard #Tech #Innovation https://t.co/98W2uRL63e

Laid off from Sphere after 4 amazing years. Grateful for RTS team 💕 & projects I worked on, from early Exosphere viz to Postcard from Earth to Dead & Co. I'm returning focus to game audio! Also interested in tech art gigs, & learning more about microrobotics & mycotechnology

A magnetic sphere guides the injected ink, eliminating the need for a nozzle during 3D printing. This interesting method may be used in tissue engineering and microrobotics. Learn more: https://t.co/gNk7Lb3qTQ

Futurist #RayKurzweil: humans will achieve #Immortality in just 7 years😮 via @enilev @FrRonconi (TY) #Immortality #microrobotics #Robot #robotics #AI #ML #nanotechnology #robotics #medtech #HealthTech #DigitalHealth #longevity #aging #wellness

#marss2023 is kicked-off #microrobotics week in #AbuDhabi

Microrobotics Manufacturing, Testing and Evaluation https://t.co/2ZN94KpYUD

#Magnetic jamming enables wireless, reversible control of stiffness in tiny structures, paving the way for advanced microrobotics and minimally invasive biomedical applications. @NatureComms https://t.co/AhrfShfIdn

Thrilled to be hosting @ProfZhaoMIT from @MIT @MITMechE! *This Friday at 3pm* @BU_MSE @BUCollegeofENG #softmaterials #softrobotics #microrobotics #health

MARSS Conference 2023 finished today. What an amazing event to meet all Microrobotics community! Shout out to Organizers at @NYUAbuDhabi It was great to meet old and new friends @abdon_pf @HamedShahsavan @SamuelNanobots @bozuyuku @paul_wrede Mingchao

🤖✨ Tiny self‑propelled particles can emit and detect sound to self-organize into dynamic structures like snakes, rings, or blobs — even self-heal when broken! Read more: https://t.co/aYhPcCg7eZ #ActiveMatter #Microrobotics #SwarmIntelligence #Physics

Microrobot gets crane fly-inspired legs for soft touchdowns The Harvard RoboBee has long shown it can fly, dive, and hover like a real insect. But what good is the miracle of flight without a safe way to land? A storied engineering achievement by the Harvard Microrobotics

Headed to the @ClemsonUniv Technology, Manufacturing, Engineering, and Science Career Fair? Stop by booth 234 to learn how you can help create the future of augmented reality, microrobotics, autonomous vehicles, and more! #clemson #clemsonuniversity

News 🇬🇧: Breakthrough in collaborative magnetic microrobotics https://t.co/CCh8eFgAcd #utwente