Molecular machines for life-like adaptive matter

Research output: ThesisPhD Thesis - Research UT, graduation UTAcademic

Abstract

Biological systems adapt to their environment by using the work of biomolecular machines, whose operation is harnessed by coupling with hierarchically organized assemblies and networks. In this thesis, I show how artificial molecular machines can mediate adaptive responses to light in inanimate matter. The motion of these machines is brought to the functional level by cooperative effects in liquid crystalline systems. As a result, the dynamic functional systems and materials presented in this thesis reach beyond the state of the art, by driving macroscopic motion continuously, purposefully, and effectively.
Original languageEnglish
QualificationDoctor of Philosophy
Awarding Institution
  • University of Twente
Supervisors/Advisors
  • Katsonis, Nathalie, Supervisor
Award date7 Jun 2019
Place of PublicationEnschede
Publisher
Print ISBNs978-90-365-4775-8
Electronic ISBNs978-90-365-4775-8
DOIs
Publication statusPublished - 7 Jun 2019

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Cite this

Lancia, Federico . / Molecular machines for life-like adaptive matter. Enschede : University of Twente, 2019. 192 p.
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Lancia, F 2019, 'Molecular machines for life-like adaptive matter', Doctor of Philosophy, University of Twente, Enschede. https://doi.org/10.3990/1.9789036547758

Molecular machines for life-like adaptive matter. / Lancia, Federico .

Enschede : University of Twente, 2019. 192 p.

Research output: ThesisPhD Thesis - Research UT, graduation UTAcademic

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N2 - Biological systems adapt to their environment by using the work of biomolecular machines, whose operation is harnessed by coupling with hierarchically organized assemblies and networks. In this thesis, I show how artificial molecular machines can mediate adaptive responses to light in inanimate matter. The motion of these machines is brought to the functional level by cooperative effects in liquid crystalline systems. As a result, the dynamic functional systems and materials presented in this thesis reach beyond the state of the art, by driving macroscopic motion continuously, purposefully, and effectively.

AB - Biological systems adapt to their environment by using the work of biomolecular machines, whose operation is harnessed by coupling with hierarchically organized assemblies and networks. In this thesis, I show how artificial molecular machines can mediate adaptive responses to light in inanimate matter. The motion of these machines is brought to the functional level by cooperative effects in liquid crystalline systems. As a result, the dynamic functional systems and materials presented in this thesis reach beyond the state of the art, by driving macroscopic motion continuously, purposefully, and effectively.

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M3 - PhD Thesis - Research UT, graduation UT

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