German researchers have examined the ability of nano-sized gold particles to melt lipid membranes surrounding cells, paving the way for dissolving sick cells and curing cancer.
Salty water molecules tend to diffuse into freshwater nearby. By placing a permeable membrane between the two bodies, experimenters aim to put the heat energy generated by osmosis to use.
The gliding ability of the flying squirrel is attributed to a parachute-like membrane which stretches from wrist to ankle. Their tail is used as a rudder, as well as an air brake for landing.
The gliding ability of the flying squirrel is attributed to a parachute-like membrane which stretches from wrist to ankle. Their tail is used as a rudder, as well as an air brake for landing.
The gliding ability of the flying squirrel is attributed to a parachute-like membrane which stretches from wrist to ankle. Their tail is used as a rudder, as well as an air brake for landing.
The gliding ability of the flying squirrel is attributed to a parachute-like membrane which stretches from wrist to ankle. Their tail is used as a rudder, as well as an air brake for landing.
Salty water molecules tend to diffuse into freshwater nearby. By placing a permeable membrane between the two bodies, experimenters aim to put the heat energy generated by osmosis to use.
Salty water molecules tend to diffuse into freshwater nearby. By placing a permeable membrane between the two bodies, experimenters aim to put the heat energy generated by osmosis to use.
Salty water molecules tend to diffuse into freshwater nearby. By placing a permeable membrane between the two bodies, experimenters aim to put the heat energy generated by osmosis to use.
The prohibitive costs of wind turbines made Shawn Frayne rethink how to harness wind energy, resulting in the windbelt, a taut membrane that generates electricity by oscillating as wind flows over it.
The prohibitive costs of wind turbines made Shawn Frayne rethink how to harness wind energy, resulting in the windbelt, a taut membrane that generates electricity by oscillating as wind flows over it.