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Ultrasonic Leviation in two dimensions

While experimenting with the Sonic Levitation Machine, I decided to use one in the “X” axis and another in the “Y” axis. You can see how the two sonic beams interfere with each other and cause interesting points of levitation.

Building a better hoverboard!

Building a better hoverboard!

Or in this case, just trying to build technology that could lead to a real, working anti-gravity platform or hoverboard.  In theory, with enough power and the right transducers to create a huge amount of sound pressure, you could lift heavy objects off the ground.  The science and math required to do this is complex(…)

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Ultrasonic Leviation in two dimensions

While experimenting with the Sonic Levitation Machine, I decided to use one in the “X” axis and another in the “Y” axis. You can see how the two sonic beams interfere with each other and cause interesting points of levitation.

Building a better hoverboard!

Building a better hoverboard!

Or in this case, just trying to build technology that could lead to a real, working anti-gravity platform or hoverboard.  In theory, with enough power and the right transducers to create a huge amount of sound pressure, you could lift heavy objects off the ground.  The science and math required to do this is complex(…)

Culture

Ultrasonic Leviation in two dimensions

While experimenting with the Sonic Levitation Machine, I decided to use one in the “X” axis and another in the “Y” axis. You can see how the two sonic beams interfere with each other and cause interesting points of levitation.

Building a better hoverboard!

Building a better hoverboard!

Or in this case, just trying to build technology that could lead to a real, working anti-gravity platform or hoverboard.  In theory, with enough power and the right transducers to create a huge amount of sound pressure, you could lift heavy objects off the ground.  The science and math required to do this is complex(…)

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Ultrasonic Leviation in two dimensions

While experimenting with the Sonic Levitation Machine, I decided to use one in the “X” axis and another in the “Y” axis. You can see how the two sonic beams interfere with each other and cause interesting points of levitation.

/ / /

Building a better hoverboard!

Building a better hoverboard!

Or in this case, just trying to build technology that could lead to a real, working anti-gravity platform or hoverboard.  In theory, with enough power and the right transducers to create a huge amount of sound pressure, you could lift heavy objects off the ground.  The science and math required to do this is complex(…)

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