# How does the floating table illusion work?

## How does the floating table illusion work?

The cloth when held at both corners will cause the table to rise. The table is light weight. You can ask a spectator to grab the other side of the cloth by the two corners on the other side of the table. The illusion of the table floating is pure magic.

What is the Balducci effect?

Effect. The performer stands at an angle facing away from the spectators. The performer appears to levitate a few inches above the ground. The effect generally does not last for more than five seconds. The performer’s feet return to the ground, and the effect is complete.

How do magicians fly?

In short, the secret behind The Flying is a system of very fine wires. At one end, these wires are attached to the hips of the magician and at the other end, a pulley system controlled by computer.

### Who invented the floating table?

In the mid 1940s, Joe Karson invented an important platform illusion that enabled the performer to levitate small objects like a steel ball.

How is levitation performed?

The levitation usually lasts just a few seconds. The trick is performed by removing the shoe furthest from the audience, and turning that foot 90 degrees away from the audience, with the empty shoe clamped between both feet.

How is David Blaine levitating?

What he’s doing is something called Balducci levitation, which is an optical illusion. The reason Blaine steps 10 feet away from his audience is so that when he rises up on the toes of one foot, it will appear like he’s floating because of the angle the audience is viewing him from.

## How did House levitate?

The levitation trick that House performed is known as the Balducci levitation and it depends on the viewer’s perspective. The illusion is achieved by holding the heels together and the right foot straight out while the left foot is used to lift the weight of the magician and the toes stay on the floor.

Can I levitate?

Normal things, even humans, can levitate if they are placed in a strong magnetic field. Although the majority of ordinary materials, such as wood or plastic, seem to be non-magnetic, they all exhibit very weak diamagnetism. Such materials can be levitated using magnetic fields of about 10 Tesla.