Large aircraft with active lift

The theoretical lift force is caused by the pressure difference between the air on the wing and the upper and lower wing. The upper air speed is fast, and the lower speed is slow. What if the air above the wing is actively accelerated?

So in this airplane, the engine is on the wing, and the air outlet of the engine rushes to the wing after accelerating the air. Then the pressure difference will increase and the lift will increase.

When the ias exceeds 380, the wing will start to flutter, and the speed will no longer rise after the speed is 400,The wing will flutter greatly.

She can run the engine at full speed and maintain level flight at an altitude of 20000ft.At 20,000 feet, it can reach 420gs and 270 ias at full engine speed

Can carry 24 large bombs, and has vehicle transport capabilities (small vehicles)

1- rear door
3- bomb hatch
5- bomb drop
8-Engine, navigation lights