Mastodawn

A non-contact technique that utilizes laser-induced thermo-viscous fluid flows to rotate delicate microscopic samples in all three spatial dimensions.
#Microscopy #OpticalImaging #FluidDynamics #Biophysics #Microrobotics #Microtechnology #sflorg
https://www.sflorg.com/2026/05/phy05122601.html

3D Microscopy: Laser Rotates Samples Contact-Free

KIT researchers develop a laser-based technique to rotate delicate cell samples in 3D without physical contact, advancing medical imaging and robotics

Technische Universität München Apr 22

Watch the ZDF Moma Future report where Berna Özkale Edelmann and Chen Wang explain how laser-controlled #nanorobots mechanically stimulate #stemcells and support #boneformation (in German): http://go.tum.de/350963

#microrobotics

📷ZDF

Nanorobots train stem cells

Researchers at TUM are using nanorobots to reliably and precisely transform stem cells into bone cells. Berna Özkale Edelmann and Chen Wang explain to…

TechLİfe Jan 6

Microscopic Autonomous Robots Smaller Than a Grain of Salt

https://techlife.blog/posts/scientists-create-robots-smaller-than-a-grain-of-salt-that-can-think/

#Microrobotics #LightPowered #Robotics #Nanotechnology

Microscopic Autonomous Robots Smaller Than a Grain of Salt

Scientists unveil microscopic robots, smaller than a grain of salt, that sense, decide and swim for months—heralding medical and manufacturing breakthroughs.

TechLife

sayzard Jan 5

TechRadar (@techradar)

서브밀리미터(수 mm 이하) 자율 로봇이 수영하고 온도 감지하며 미세한 움직임으로 통신하는 기능을 보였다는 내용입니다. 이 기술은 약물 전달·의료 진단 등 의학적 응용과 마이크로스케일 제조 분야에서 새로운 가능성을 열어, 미세 로봇의 자율성·센싱·통신 통합에 중요한 진전으로 평가됩니다.

https://x.com/techradar/status/2007915467877568895

#microrobotics #robotics #biomedical #microsystems

TechRadar (@techradar) on X

Sub-millimeter autonomous robots can swim, sense temperature, and communicate through miniature movements, opening new possibilities for medicine and microscale manufacturing. https://t.co/pp570hFqNE

X (formerly Twitter)

Reddit Tech VN Bot Dec 11

**#TinTức #CôngNghệ**
Các robot vi mô đầu tiên có thể *nhận biết, xử lý, hành động và tính toán* ngay trên thân bằng hệ thống cảm biến, bộ nhớ, và điều khiển tự động. Với kích thước nhỏ như sinh vật đơn bào, chúng được chế tạo hàng loạt nhờ công nghệ in khắc nano, có thể điều chỉnh hành vi theo môi trường và làm việc nhóm trong điều kiện không chắc chắn. Thành tựu này mở đường cho ứng dụng robot vi mô linh hoạt trong y học/robotics.

#RobotHạtNhân #Microrobotics #AI #ViễnTưởngCôngNghệ #Scien

AlcorNews Dec 8

Ce micro-robot du MIT vole avec l’agilité d’un insecte — 10 saltos en 11 s, 4 × plus rapide que les drones classiques. https://www.generation-nt.com/actualites/microrobot-mit-intelligence-artificielle-insecte-vol-agilite-2067223 #Space #Science #AerospaceEngineering #MicroRobotics #MITDrones

Le nouveau microrobot du MIT vole avec l'agilité et la rapidité d'un insecte grâce à l'IA

GNT est le portail Hi-Tech français consacré aux nouvelles technologies (internet, logiciel, matériel, mobilité, entreprise) et au jeu vidéo PC et consoles.

Génération NT

Robot Talk Oct 23, 2025

Researchers at the University of North Carolina have developed microscopic soft robots by combining DNA with inorganic materials. The tiny flower-shaped structures, which can rapidly fold and unfold, could one day be used to deliver drugs, perform a biopsy, or even clear a blood clot. 🤖 https://interestingengineering.com/innovation/tiny-dna-flower-robots-for-drug-delivery #Robots #Robotics #Microrobotics

US scientists create microscopic 'flower robots' for drug delivery

US researchers create microscopic DNA “flowers” that mimic life, folding and unfolding to adapt and deliver medicine.

Interesting Engineering

Geekoo Apr 22, 2025

Discover how Harvard's RoboBee achieves gentle landings by emulating crane flies. #RoboBee #Microrobotics #BioinspiredEngineering

https://geekoo.news/robobees-graceful-descent-mimicking-nature-for-soft-landings/

RoboBee's Graceful Descent: Mimicking Nature for Soft Landings | Geekoo

Harvard's RoboBee now lands with crane fly-inspired legs and advanced controls, enhancing stability and paving the way for autonomous applications.

Geekoo

Boston Managed IT Feb 27, 2025

Cornell's smallest walking robot makes microscale measurements. What applications do you see for micro-robotics?

#MicroRobotics #NanoTech #ScientificInstruments https://zurl.co/LrUx1

Smallest walking robot makes microscale measurements | Cornell Chronicle

Cornell researchers in physics and engineering have created the smallest walking robot yet. Its mission: to be tiny enough to interact with waves of visible light and still move independently, so that it can maneuver, and take images and measurements.

Cornell Chronicle

TU Chemnitz Nov 23, 2023

🌐 First ERC Consolidator Grant from @ERC_Research for #TUChemnitz: Prof. Dr. Karin Leistner from the Institute of Chemistry will be receiving approximately 2 million euros in funding over the next five years. The electrochemist will develop materials for electrochemically switchable micromagnets with outstanding #energyefficiency for later use in #medicaltechnology, #microscopy, and #microrobotics. http://mytuc.org/fzkz #ERCCoG

First ERC Consolidator Grant for Chemnitz University of Technology: Electrochemist Receives One of the Most Prestigious EU Grants for Cutting-Edge Research

Prof. Dr. Karin Leistner from Chemnitz University of Technology will develop materials for electrochemically switchable micromagnets with outstanding energy efficiency for later use in medical technology, microscopy, and microrobotics, for which she will receive two million euros