There's a new motor in town! 🏎️🔬
Out in @NatureChemistry, out latest study introduces a light-driven diazene molecular rotary motor able not only to achieve directional motion, but also to invert the rotation by varying the colour of the light supplied.
https://t.co/OUMmOTsjXK
After years of work, persistence, and belief in an idea that once felt impossible, we’re excited to share our concept; an approach that we believe can shift the paradigm of multiphoton microscopy.
If you’re curious, here you can read more about: https://t.co/8PxFiTfPXs
Excited to share our latest work, “Rapid and Reversible Visible-Light-Induced Helix Inversion in Chiral Liquid Crystals Doped with a Negative Photochromic Molecule”, reported in @angew_chem.
https://t.co/koMtKreLLX
Check out how to spin state switch with visible light!
Teamwork of @DumeleLab, Thomas Lohmiller, @sabine_richert, Philipp Thielert, and @TheGatherLab.
https://t.co/ossnkomHsl
We have succeeded to develop a binaphthyl-bridged imidazole dimer bearing alkylpyridinium groups that exhibits fast and visible-light-induced negative photochromism even in aqueous media. @ChemCommun
https://t.co/YYIf4iYqqa
New Review out in @angew_chem: "Organic Spin-State Photoswitches" will tell you how to generate diradicals on demand, change spin states from singlets to triplets, in a bistable fashion. By Takuma @takumamiymura and Joël @jo_chembln, @ChemUniCologne
🔗🔓https://t.co/e9dM7GbvB4
Unraveling the Full Photochromic Reaction Pathway of Binaphthyl-Bridged Imidazole Dimers | Journal of the American Chemical Society https://t.co/ylWgCLVq3p
We elucidated the photoreaction mechanism of a fast negative photochromic molecule that becomes colorless upon visible-light irradiation and rapidly regains its color once the irradiation is stopped. -now published in @J_A_C_S
https://t.co/OIg6McsUIl