John Gonzales
Papers
1
Total Citations
36
H-Index
1
About
John Gonzales is a leading figure in active self-assembly and nanoscale transport, with his most influential work reshaping how we think about building complex structures from the bottom up. His landmark 2011 study, "Nanoscale Transport Enables Active Self-Assembly of Millimeter-Scale Wires," demonstrated a groundbreaking model system where biotinylated microtubules, partially coated with streptavidin, are driven by an energy source to glide across a surface and spontaneously assemble into linear bundles. This work, which has earned 36 citations, showed that by exploiting molecular motors and controlled interactions, researchers can accelerate the movement of building blocks to create millimeter-scale wires from nanoscale components—a feat impossible with passive assembly alone. Gonzales’s contributions lie at the intersection of biophysics and materials science, offering a powerful platform for designing adaptive, self-healing materials and programmable nanostructures. His research continues to inspire new approaches in synthetic biology and nanotechnology, making him a pivotal voice in the quest to harness biological machinery for engineering at the smallest scales.
Research Focus
Key Achievements
Top Papers
- 1Nanoscale Transport Enables Active Self-Assembly of Millimeter-Scale Wires36 citations · 2011