Bubbles have been extensively explored as energy carriers ranging from boiling heat
transfer and targeted cancer diagnosis. Yet, despite notable progress, the kinetic energy …

Ocean waves are one of the most promising renewable energy sources for large‐scope
applications. Recently, triboelectric nanogenerator (TENG) network has been demonstrated …

Harvesting bubble energy emerges as a potential sustainable solution to harness
tremendous marine energy sources. Yet, current bubble energy generators are susceptible …

A water droplet sensor based on a flow-through front surface electrode is demonstrated. It is
shown that a triboelectric nanogenerator based on a metal-dielectric junction can be utilized …

The ocean contains copious available natural resources and energy. Ocean in situ power
generation technology, directly harvesting energy from ocean fluids, is the crux of solving the …

Bubbles are ubiquitous in water and are unusually energy-rich in the seabed. Harvesting
energy from subsea bubbles is a viable solution to supplying energy in situ for underwater …

The subsea observation network can provide a window for human underwater exploration,
but existing power solutions fail to provide sustainable and maintenance-free power for its …

Human ocean activities are inseparable from the supply of energy. The energy contained in
the gas‐phase components dispersed in seawater is a potential universal energy source for …

Harnessing energy from underwater bubbles has garnered significant attention, particularly
for powering off‐grid circuitry. However, the efficiency of bubble‐driven liquid‐solid interface …

As an important energy carrier, bubble commonly exists in undersea and liquid-gas two-
phase systems. Efficiently utilizing the bubble energy is critical for potential applications in …