Porcelain sculptures with sound resonance represent a fascinating intersection of art and acoustics, pushing the boundaries of traditional ceramic craftsmanship. One of the most innovative approaches involves precision-tuning the thickness and shape of porcelain walls to amplify specific frequencies, creating harmonious tones when struck. Artists are experimenting with 3D-printed porcelain molds, allowing for intricate internal geometries that enhance sound propagation. Another cutting-edge method incorporates embedded piezoelectric elements, transforming vibrations into audible resonance without physical contact. Some creators are blending porcelain with composite materials like carbon fiber to achieve unique tonal qualities while maintaining structural integrity. Advanced kiln-firing techniques also play a crucial role, as carefully controlled temperature gradients can significantly affect the material's acoustic properties. These groundbreaking approaches are redefining porcelain not just as a visual medium, but as a multisensory artistic experience that engages both eyes and ears.