Fluid Levitation

Fluid levitation is a phenomenon where an object is suspended in a fluid (like air or water) without physical contact, often using a force that counteracts gravity. This can occur through various methods, such as magnetic fields inducing electromagnetic forces (magnetic levitation) or sound waves creating pressure differences (acoustic levitation). The key idea is generating a balancing force that keeps the object stable in mid-air, allowing it to float or hover without support. This technology has practical applications in transportation, contactless handling, and scientific experiments, offering precise control and reducing mechanical wear.