The Lift of a Wing
Increasing the curvature of the upper surface increases the
lift of a wing in air. This has not been satisfactorily explained. If we
suppose that the dense dark matter is everywhere between the air molecules,
then when a wing is curved upwards, the motion of it through air displaces the
dark matter upwards. Because dark matter is effectively massless, it can be
easily displaced upwards by the wing. Movement of the dark matter away from the
top of the wing will reduce the downward pressure of the dark matter, and yet
the pressure below remains the same. The shape of the moving wing has reversed
the cosmic pressure gradient, causing lift. If this were not so, an aeroplane
as heavy as the airbus A380 [1], could never get off the
ground.
Wing diagram
Diagram 3 – wing diagram
[1] The world’s heaviest passenger plane. Launched in December 2000, the airbus A380 could weigh 620 tons loaded, supported by a 262 foot wingspan. It is expected to be in service by 2007, and is designed to carry 555 passengers in comfort.