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ChemistryViews Dec 13, 2024

An Electronically Controllable Sliding Molecular Machine

Movement of an ammonium-linked ferrocene on a copper surface can be controlled by an applied voltage

https://www.chemistryviews.org/an-electronically-controllable-sliding-molecular-machine/

#molecularmachines #ferrocene #chemistry #chemistryviews #chemviews

An Electronically Controllable Sliding Molecular Machine - ChemistryViews

Movement of an ammonium-linked ferrocene on a copper surface can be controlled by an applied voltage

ChemistryViews

ChemistryViews Nov 26, 2024

David Leigh discusses his research 🧪, the link between magic and science ✨, chemistry communication in an age of misinformation 📢, his personal journey 🌍, inspiring teachers, and his desire to learn more languages

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https://www.chemistryviews.org/making_science_fun_also_for_the_general_public/

#chemistry #chemistryviews #chemviews #chemiverse #researcher #davidleigh #researchervideo #gdch #gdch_aktuell #molecularmachines #UniversityofManchester

Making Science Fun Also for the General Public - ChemistryViews

Making Science Fun Also for General Public: David A. Leigh, UK, about his research, the link between magic and science, chemistry communication in an age of misinformation, his personal journey, inspiring teachers, and his desire to learn more languages

ChemistryViews

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Bose-Einstein-Kondensat Jul 26, 2024

6/n In addition to the above shown examples for #MolecularMachines, here a few more #molecules we presented in #AugmentedReality at #IdeenExpo: #Tubulin-stathmin complex, #antibody, #nucleosome particle, #SARSCoV2 #polymerase.
#DIYbio #MINT #STEM #chem #AR #education #TiltFive

SFU Science Oct 11, 2023

When living cells malfunction, can science help? New research from #SFUPhysics researchers Matthew Leighton and David Sivak outlines a “theoretical microscope” for peering into the inner workings of molecular machines: https://www.sfu.ca/research/scholarly-impacts/when-living-cells-malfunction-can-science-help #sfu #sfuscience #molecularmachines #biophysics

When living cells malfunction, can science help?

Within every living cell on earth, countless microscopic “molecular machines” are at work carrying out cellular functions. They convert between different types of energy, transport materials and assemble complex structures. When these complex machines malfunction it can lead to disease, so scientists are working to understand both how molecular machines work and why they have evolved the way they have. This knowledge could help researchers design nanomachines to do the work of nature, only better.

SFU Research