A team of scientists led by Matias N. Larruturo, a spaceflight researcher at McGill University,
They drew inspiration from maneuvers thatpracticed by seabirds and radio-controlled glider pilots. Their experiment showed that an aircraft interacting with two different types of wind can extract energy from their shifts. So the spacecraft can accelerate to speeds that exceed the speed of the wind.
Scientists study dynamic soaring - flyinglift paths that "jump" between different wind speeds. It's like a ping pong ball bouncing back and forth between two oncoming trains.
In dynamic soaring, a lift generating vehicle performs a maneuver that exploits the difference in wind speed between two different areas of air
So far, the concept of researchers does not use jet mass on board.
According to the concept of scientists, the ship has a magnetohydrodynamic wing, which will not have a tangible structure. Instead, it will have magnetic fields that will work like a bird's wing.
It is planned to be made using an antennaplasma wave, which consists of two plasma magnets. The field created by them will interact with the solar wind flows in different directions, thereby creating a lifting force.
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