The transport of liquid droplets plays an essential role in various applications. Modulating
the wettability of the material surface is crucial in transporting droplets without external …

Self-oscillation is to draw energy from a stable external environment to maintain its own
continuous motion, making it a highly relevant concept for intelligent materials, soft robots …

Self-oscillating motion have the capacity to autonomously converting ambient power into
repetitive motion without requiring an additional control unit, and designing more self …

Deformable and movable flexible circuits are characterized by simple construction, precise
control, flexible and versatile morphology, and various functional forms, which can be used …

The synchronization and group behaviors of self-excited coupled oscillators are common in
nature and deserve to be explored, for self-excited motions have the advantages of actively …

Self-oscillating systems based on active materials have been extensively constructed, which
are emerging as attractive candidates for promising applications including energy …

Self-oscillation absorbs energy from a steady environment to maintain its own continuous
motion, eliminating the need to carry a power supply and controller, which will make the …

Light-activated self-oscillators have drawn enormous attention for their potential applications
in mobile machines, energy harvesting, signal modulation, etc. Herein, we report one …

Self-sustained chaotic system has the capability to maintain its own motion through directly
absorbing energy from the steady external environment, showing extensive application …

Self-sustained oscillations can directly absorb energy from the constant environment to
maintain its periodic motion by self-regulating. As a classical mechanical instability …