Aerogalnite as a biomimetic electronic nanomaterial for multifunctional applications

Tiginyanu Ion

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TIGINYANU, Ion. Aerogalnite as a biomimetic electronic nanomaterial for multifunctional applications. In: Electronics, Communications and Computing, Ed. 10, 23-26 octombrie 2019, Chişinău. Chișinău, Republica Moldova: 2019, Editia 10, p. 54. ISBN 978-9975-108-84-3.

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Electronics, Communications and Computing
Editia 10, 2019

Conferința "Electronics, Communications and Computing"
10, Chişinău, Moldova, 23-26 octombrie 2019

Aerogalnite as a biomimetic electronic nanomaterial for multifunctional applications

Pag. 54-54

Tiginyanu Ion¹²

¹ Technical University of Moldova,
² Academy of Sciences of Moldova

Disponibil în IBN: 8 noiembrie 2019

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We report on fabrication of three-dimensional architectures based on GaN microtubular structures (the so-called Aerogalnite or Aero-GaN) with nanoscopic thin walls which exhibit dual hydrophobic-hydrophilic behaviour. The micro-tubular structures are shown to self-organize when interacting with water to mimic the formation and functions of a cell membrane. Self-organization processes result in the formation of stretchable and self-healing waterproof rafts with impressive cargo capabilities (cargo up to 500 times heavier than the floating raft [1]). Along with this, we demonstrate self-propelled liquid marbles with exceptional mechanical robustness which may find applications as bioreactors for scalable in vitro cell growth. The physical properties of the new material based on three-dimensional GaN architectures will be presented in the context of its prospects for biomimetic applications in nano/microfluidics, biomedicine, microrobotics, electronics etc. The work is supported under the grant NanoMedTwin (Horizon-2020).

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