Abstract

A new approach of sound waves named Quantum Sound Waves Theory (QSWT) is presented in this paper. Similar to photons, the quantum particles of light, we consider that sound waves are a flux of quantum particles referred as sonons. Each sonon transport quantum energy equals to hs υ with υ the frequency of the sound wave and hs the quantum sonon constant estimated at 5.842 487 81×10-28 J.s compared with the Planck’s constant h = 6,63 × 10 - 34 J.s . In the framework of the QSWT, we describe the brain as a quantized biological matter characterized by ceverlonic levels. Transitions between these levels by cervellons (ceverlonic particles) make it possible to understand the treatment of quantum wave’s information by the brain during a teaching- learning sequence in a class room.