Our newest Center of Excellence, the FIRST Molecules Research Center in @PFW_COS came about after Ryan Koenig, B.S. ’22, B.S.C. ’22, then a @CLHSCadets student, accepted a research internship with @fullertubes:
https://t.co/cLmK0bdA5y
Exciting day for the FIRST Molecules Research Center. We have scaled up production and are now shipping milligram quantities of pure C90 and C100 fullertube samples to our Canada and Germany collaborators!!
Using experimental and ab initio data, @EstebanDynkin et al. show that fullerenes can be separated by shape and their retention times predicted, allowing identification of @fullertubes isomers from small samples! @ICourtois_UdeM @nanocarbons
https://t.co/P9wCaOdMy2
@sciencebrush The amazing talent, cutting edge creativity, and unique designs of the artists @sciencebrush ....Excellence once again demonstrated... world's best scientific artwork.
'Anisotropic Contributions in the Chromatographic Elution Behavior of Fullerenes and Fullertubes' from The Journal of Physical Chemistry C (@JPhysChem) is currently free to read as an #ACSEditorsChoice.
📖 Access the full article: https://t.co/S7gAPLFSKu
From this week's covers: New C130 [5,5] fullertube molecules are shown, the atomic resolution of which was revealed by scanning transmission electron microscopy images.
Read the full article here ➡️ https://t.co/1iQd7tYHv3
Since the discovery of fullerenes in 1985, carbon nanostructures have netted two Nobel prizes and inspired a new field of chemistry. Recently, another molecule joined the carbon menagerie. https://t.co/bbWRg69lMm
"Gigantic" strides toward longer and longer #fullertubes. Happy to share our new discoveries in collaboration with @EstebanDynkin@Hannie_Panties and many others in @J_A_C_S
https://t.co/YVgko9MoFV
@michaelmastale4 Yes, Fullertubes are amazing!!!!! Fullertubes have unique properties to itself. Novel properties different from fullerenes and different from nanotubes....