Spheres.

Leveraging the Geometric Structure of Robotic Tasks for Motion Design. by: (Electronic resources)

Computational Study of Interfacial Polarization in the Cluster of Dielectrics. by: (Electronic resources)

Achieving Order with Two-Photon Lithography : = Colloidal Self-Assembly and Direct Laser Writing. by: (Electronic resources)

Buckling of Spherical Shells with Large Axisymmetric Imperfection and Application in Soft Robotics. by: (Electronic resources)

The Inverse Mean Curvature Flow : = Singularities, Dynamical Stability, and Applications to Minimal Surfaces. by: (Electronic resources)

An Experimental Investigation of Oscillating Spheres in a Very Viscous Fluid. by: (Electronic resources)

Design.

Yeast.

Deformation.

Mechanics.

Science education.

Astrophysics.

Lasers.

Materials science.

Maps.

Grants.

Applied mathematics.

Symmetry.

Velocity.

Reynolds number.

Stress-strain curves.

Condensed matter physics.

Photonics.

Nanotechnology.

Gravity.

Adhesives.

Euclidean space.

Robotics.

Numerical analysis.

Air bags.

Partial differential equations.

Crystallization.

Mathematics.

Theoretical mathematics.

Polymers.

Microscopy.

Chemical synthesis.

Polymer chemistry.

Control algorithms.

Dependence.

Airships.

Mechanical engineering.

Nanocomposites.

Nanoparticles.

Grain boundaries.

Monte Carlo simulation.

Physical properties.

Optics.

Optimization.

Scholarships & fellowships.

Energy.

Table tennis.

Viscosity.

Swimming.

Factories.

Dynamical systems.

Computer science.

Electrostatics.

Electric fields.

Valves.

Engineering.

Physics.

Magnetic fields.

Crystals.

Thin films.

Nanocrystals.

Electromagnetics.

Spheres.

Robots.

Interfaces.

Carbon.

Geometry.

Cotton.

Software.

Polymerization.

Phase transitions.