The Adamson Group

Our group focuses on the exfoliation graphene using an interface trapping method and the synthesis of polymers using living polymerizations.

[The Adamson Group @UConnAdamson]

Watch as our solvent interface trapping method makes a thin film of graphene climb the side of the vial. If you want to know more check out our paper, linked below.
https://t.co/gcuIeif0Ni
#chemistry #polymers #graphene #Science #Engineering #research #UConn

[The Adamson Group @UConnAdamson]

We would like to congratulate our group member Garrett Craft for being accepted to Materials letters with his work on Electrospun biomimetic catalytic polymer template for the sol-gel formation of multidimensional ceramic structures #Polymer #materialletters #CHEMISTRY

[The Adamson Group @UConnAdamson]

HAPPY NEW YEAR! We are excited to see what is to come in the chemistry field in 2019!

[The Adamson Group @UConnAdamson]

Check out our paper about how to make graphene foams without any surfactants, with monomers such as butyl acrylate. Giving a robust, conductive, porous, and inexpensive composite foam. With many different applications. #graphene #chemistry #science https://t.co/mo9gLxxO3S

[The Adamson Group @UConnAdamson]

Check out Our method of controlling surface grown brush length by our Grafting through method. #polymers #Polymerbrushes #chemistry #Science https://t.co/f7w6l3jajz

[The Adamson Group @UConnAdamson]

Watch out for the hazards in the Adamson group! #Halloween2018 #CHEMISTRY #UConn

[The Adamson Group @UConnAdamson]

Our solvent interface trapping method uses emulsions to exfoliate graphite to graphene. As the heptane outside the bubbles evaporates you can see the bubbles start to collapse, and see thin layers of graphene as they collapse. #graphene #graphite #chemistry #Science #emulsion