Active Colloidal Molecules with Dynamic Configurational Freedom

Active Colloidal Molecules with Dynamic Configurational Freedom

Molecular machines and microorganisms employ dynamic shape changes to enable adaptive function. In contrast, active colloidal machines and micromotors, their synthetic counterparts, are typically preconfigured and mechanically rigid, which limits the range of their dynamic behavior and thereby their...

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Bibliografiske detaljer
Hovedforfatter: Stefania Ketzetzi (5226788) (author)
Andre forfattere: Lorenzo Caprini (20988797) (author), Vivien Willems (22031191) (author), Laura Alvarez (580264) (author), Hartmut Löwen (5769599) (author), Lucio Isa (1439527) (author)
Udgivet: 2025
Fag:
Biophysics
Biochemistry
Medicine
Cell Biology
Pharmacology
Developmental Biology
Cancer
Science Policy
Computational Biology
Physical Sciences not elsewhere classified
physical interactions alone
passively diffusing assemblies
induced phase separation
enable adaptive function
capabilities suppress clustering
active colloidal machines
impose fixed configurations
bestows enhanced self
active colloidal molecules
colloidal molecules
flexible configurations
typically preconfigured
synthetic counterparts
remain dispersed
propelling ones
mechanically rigid
internal restructuring
high concentrations
evolve freely
dynamically self
dynamic behavior
directly propel
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