Nuclear fusion apparatus and method

A nuclear fusion apparatus comprising a tank filled with deuterium and tritium gas mixture, a fast rotating turbine that rotates inside the tank, and a motor to drive the said turbine. The turbine tip moves at a speed larger than the speed of sound of the gas to create shockwaves in the gas. The shockwaves emanate from the turbine tip. The shockwaves are then further compressed by cone-like shaped recessed members or wedge like grooves located near the turbine. The high heat and pressure created by compression of the shockwave create fusion reaction of the gas nuclei. Due to the fast rotation of the turbine and the large number of cone-like shaped members, thousands of small fusion events are created each second. Components are provided to induce resonance in the gas that increase the heat and pressure off the shockwaves.