Transporting medicine directly to diseased cells.
At this scale, inertia is negligible, and viscous forces (drag) dominate. The robots utilize this by generating electric fields that create flow, allowing them to swim through liquid environments. 2.2 Power and Computation Engineers create tiny robot
The integrated sensors can detect temperature changes and other environmental variables. Transporting medicine directly to diseased cells
Future applications involve coordinating these bots in groups to perform tasks. inertia is negligible
Transporting medicine directly to diseased cells.
At this scale, inertia is negligible, and viscous forces (drag) dominate. The robots utilize this by generating electric fields that create flow, allowing them to swim through liquid environments. 2.2 Power and Computation
The integrated sensors can detect temperature changes and other environmental variables.
Future applications involve coordinating these bots in groups to perform tasks.