The Time Complexity of Self-Assembly
F. M. Gartner, I. R. Graf, E. Frey
The paper analyzes the time complexity of non-equilibrium self-assembly processes and identifies optimal control strategies for artificial self-assembly.
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3 papers
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F. M. Gartner, I. R. Graf, E. Frey
The paper analyzes the time complexity of non-equilibrium self-assembly processes and identifies optimal control strategies for artificial self-assembly.
F. M. Gartner, I. R. Graf, P. Wilke…·E. Frey
The paper analyzes self-assembly mechanisms to delay nucleation and finds that demographic fluctuations can lead to stochastic yield catastrophes, highlighting the importance of stochasticity in self-assembly yield.
M. Striebel, I. R. Graf, E. Frey
The paper investigates how collective filament motion in active nematic networks arises from the balance of viscous drag and motor-induced forces, showing that the ratio of these forces determines interaction range and filament velocity polarity dependence.