Yes, glass can be shattered by sound waves under certain conditions. When a sound wave encounters a material, it can transfer its energy to that material. If the intensity of the sound wave is high enough and the frequency matches the natural frequency of the glass, resonance can occur, causing the glass to vibrate. If the vibrations are strong enough, they can exceed the glass's structural integrity and cause it to shatter.
The phenomenon of shattering glass with sound waves is known as "acoustic resonance" or "resonant frequency." Every material, including glass, has a natural frequency at which it tends to vibrate most efficiently. When an external sound wave matches this natural frequency, it can cause the material to resonate and build up large amounts of energy, leading to structural failure.
In practical terms, shattering glass with sound waves requires a high-intensity sound source generating a continuous tone or a series of frequencies that match the resonant frequency of the glass. Typically, high-powered speakers or specialized devices known as "resonators" are used to create such sound waves. It's worth noting that not all types of glass will shatter with the same ease, as factors such as thickness, composition, and structural integrity can affect their susceptibility to breaking under acoustic resonance.