Remote controlled supramolecular switching using a ring-substituted peri-naphthoindigo derivative Unlike artificial self-assemblies, many biological systems often rely on indirect input for their adaptive structures and function. To reduce the stark differences with their natural counterparts, art...

🌊Remote controlled supramolecular switching using a ring-substituted 𝘱𝘦𝘳𝘪-naphthoindigo derivative
by Kingsuk Mahata 𝘦𝘵 𝘢𝘭.

Diffusion enables fully reversible, waste-free acid switching. 🔄

doi.org/10.1039/D4QO...
#SupramolecularChemistry #SelfAssembly #MolecularSwitch

New switch for programmed cell death identified TUM researchers discover new protein switch for programmed cell death.

#Cancercells often manage to override the mechanism that breaks down #cells that are damaged or have undergone dangerous changes. Researchers now succeeded in identifying a new #molecularswitch in this process and elucidating how it works: go.tum.de/789201

📷A. Eckert

A three-state molecular switch to light up future technologies | Department of Physics Researchers based at the University of Cambridge have created a three-state (ternary) molecular switch controlled by light and temperature. Unlike materials such as silicon that switches between two…

Researchers have created a three-state (ternary) #MolecularSwitch controlled by light and temperature. The new complex material, ruthenium-based complex, can act as a solid-state optical switch between three different molecular states. https://buff.ly/4krBxkK
#OpticalTechnology