Template-Free Ultrafast Directed Self-Assembly Using Biaxial Toggled Magnetic Fields

Template-Free Ultrafast Directed Self-Assembly Using Biaxial Toggled Magnetic Fields

Speeding up the directed self-assembly of functional nanomaterials is a rapidly advancing area of research. Traditional self-assembly methods can be slow and limited by kinetic barriers. In this study, we demonstrate that the process can be dramatically accelerated for magnetic colloids when biaxial...

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Bibliographic Details
Main Author: Guillermo Camacho (21812376) (author)
Other Authors: Juan de Vicente (14264802) (author)
Published: 2025
Subjects:
Biophysics
Biochemistry
Cancer
Biological Sciences not elsewhere classified
Physical Sciences not elsewhere classified
rapidly advancing area
highly crystalline domains
beyond structure control
model magnetic colloid
tune aggregation kinetics
aggregation kinetics
aggregation dynamics
magnetic systems
magnetic materials
magnetic colloids
versatility makes
tunable structures
traditional self
superimposed perpendicular
structures may
specifically tailored
resulting self
precisely tuned
physical templates
percolating bands
method enables
kinetic barriers
functional nanomaterials
field ’
field configuration
dramatically accelerated
directed self
depercolated aggregates
assembled materials
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