RocJedAug 25, 2025
Biology should be conceptualized as hardware: in biological systems everything is based on the structure-function principles just like all purposefully human-made technological artifacts. #robotics #nanorobotics #biotechnology #proteins #wetware
Technische Universität MünchenSep 18, 2024

Researchers developed a synthetic motor at the #supramolecular level, achieving the conversion of #ChemicalEnergy into rotational energy, similar to bacteria. This development has potential applications in #nanorobotics: http://go.tum.de/203466

📷A. Eckert

Inspired by bacteria: Synthetic mini-motor with impressive power developed.

Researchers at TUM have developed an artificial motor on a supramolecular level that can generate impressive force using chemical fuel.

Scientific EuropeanDec 17, 2023

Anthrobots: The First Biological Robots (Biobots) Made from Human Cells
The word ‘robot’ evokes images of human-like manmade metallic machine (humanoid) designed and programmed to automatically perform some tasks for us............
#Anthrobots #Biobots #Nanorobot #Nanorobotics #TissueRegeneration #xenobot #Xenobots
Umesh Prasad

https://www.scientificeuropean.co.uk/sciences/biology/anthrobots-the-first-biological-robots-biobots-made-from-human-cells/

Anthrobots: The First Biological Robots (Biobots) Made from Human Cells

The word ‘robot’ evokes images of human-like manmade metallic machine (humanoid) designed and programmed to automatically perform some tasks for us. However

Scientific European
Technische Universität MünchenJan 20, 2023

Listen to the talk with Hendrik Dietz, our Professor of Biomolecular #Nanotechnology, at the Digital-Live-Design Conference 2023 on programmable nanofabrication with #DNAorigami and how it can be brought into medical use: http://go.tum.de/054187

#nanorobotics

📷A.Eckert

How DNA Origami Disrupts Medicine and Becomes the New Cornerstone of Nano Robotics

20 January 2023 | Talk by Prof. Hendrik Dietz and TUM entrepreneurs at the Digital-Life-Design (DLD) Conference 2023