Bernouli's principle?

In this scenario, it is the thrust of the jet (directly) that keeps it in the air, not the lift from the wings. The jet is actually flying at a slightly upward pitch, so that even though the "lift" from the wings is directed down, there is a component of thrust directed up that keeps the jet "flying" upside down. It's really behaving more like rocket than a plane when flying like this.

Steve's answer is correct. I would add that 90% of the lift from conventional wings comes from accelerating air downward, not from Bernoulli. The usual textbook explanation is very wrong.

The shape does NOT give lift.

The angle of attack gives lift.

All airplanes can fly upside down by adjusting the angle of attack so as to create lift in an upward direction.

Wings are shaped the way they are to minimize the drag while providing lift in the direction of the top of the fuselage. Many planes used in airshows have a symmetrical wing shape so as to have minimal drag whether inverted or upright.

It would if it were not equipped with elevators at the back of the plane. Since the plane is going so fast, it can overcome bernouli's principle because if its forward speed and the deflection of air at the tail "pointing" it up....