Nanofunctional Materials Group

Prof. Aravind Vijayaraghavan's research group on #graphene & 2-D materials, @UoMMaterials, @UoMSciEng & @UoMGraphene, The University of Manchester.

[Clinical Neuropsychology Services @ClinNeuroPsych]

@HealthInnovMcr @DrPennyTrayner @Goal_Manager_ Charlotte and Ikra also got to hear talks from other Innovative companies about their involvement with @HealthInnovMcr, a fantastic keynote by @v_aravind, and a tour of the very new @UoMPankhurst building at the end of the day !

(3/3)

[Claudia Lindner @DrCLindner]

All set for our event on academic-industry collaborations in health technology @UoMPankhurst @Translation_Mcr.

Excited to learn more about the key ingredients to a successful collaboration, to find out about the support available & to hear from our key note speaker @v_aravind

[The University of Manchester Graphene @UoMGraphene]

#NGI Scientists develop graphene aerogel particles for efficient water purification
https://t.co/eXR4ube7ZG
@v_aravind

[Nanofunctional Materials Group @nanofunc]

Welcome to Pai Peng, a new PhD student in our group. He completed his MEng from @OfficialUoM in 2022 and starts his PhD working on graphene enhanced composites for EMI shielding applications.

[Physics of low-dimensional systems at HU Berlin @SHeegLab]

10 years ago, we made carbon nanotubes dance with Nick Clark in Aravinds group @v_aravind at UoM @OfficialUoM using a fancy AFM @BrukerNano – and even learned something! - @IOPmaterials #DancingTubes #CarbonNanotubes #CNT #CoolScience
https://t.co/1KedEXEuqC

[The University of Manchester Graphene @UoMGraphene]

Also... spotted at @manairport: @OfficialUoM collaboration with @inov_8 and @cabinetofficeuk on the 'Great' campaign 👍

[The University of Manchester Graphene @UoMGraphene]

Great news from @inov_8! And evidence of real-world #impact from #graphene R&D @UoMSciEng
@v_aravind @innovateuk #NGI #GEIC #advancedmaterials #commercialisation

[Nanofunctional Materials Group @nanofunc]

We have published a new paper titled "Protein spot arrays on graphene oxide coatings for efficient single-cell capture" in Scientific Reports. Collaboration with @KITKarlsruhe and @nableGmbH.
https://t.co/fzO8zvx0mP

[Cosimo Ligorio @CosLigorio]

🚨New Paper🚨 In this paper we exploited a self-assembling peptide to formulate both acidic and basic hydrogels for 3D cell culture. We used these platforms to study the effect of hydrogel pH (and pH buffering) on nucleus pulposus cells. Paper: https://t.co/jzPOWQgUcJ 1/3 🧵

[Nanofunctional Materials Group @nanofunc]

https://t.co/4EnsWq9LL7