TUM researchers developed an electrically controllable #DNAorigami switch that remained stable over more than 200,000 switching cycles and showed robust switching behavior after around one million actuations in #LaboratoryExperiments: go.tum.de/227851
📷 A. Eckert
📷 A. Eckert
Programmable molecular machines are getting closer
Researchers at the Technical University of Munich (TUM) have now developed an extremely reliable and stable DNA switch.
go.tum.de
July 3, 2026 at 10:47 AM
TUM researchers developed an electrically controllable #DNAorigami switch that remained stable over more than 200,000 switching cycles and showed robust switching behavior after around one million actuations in #LaboratoryExperiments: go.tum.de/227851
📷 A. Eckert
📷 A. Eckert
📣 Last chance to join our course on Lab Experiments—online 🌍 or onsite @gesis.org in Cologne!
Interested in human behavior, decision-making, or social interactions? 🧠 Learn to design, run, & analyze lab experiments on trust, cooperation, & competition.
➡️ tinyurl.com/LaboratoryExperiments-Spring25
Interested in human behavior, decision-making, or social interactions? 🧠 Learn to design, run, & analyze lab experiments on trust, cooperation, & competition.
➡️ tinyurl.com/LaboratoryExperiments-Spring25
February 18, 2025 at 1:50 PM
📣 Last chance to join our course on Lab Experiments—online 🌍 or onsite @gesis.org in Cologne!
Interested in human behavior, decision-making, or social interactions? 🧠 Learn to design, run, & analyze lab experiments on trust, cooperation, & competition.
➡️ tinyurl.com/LaboratoryExperiments-Spring25
Interested in human behavior, decision-making, or social interactions? 🧠 Learn to design, run, & analyze lab experiments on trust, cooperation, & competition.
➡️ tinyurl.com/LaboratoryExperiments-Spring25