Continuous processor utilizing quantum field micro-variable particle interaction

A reactor comprising:

• an outer barrel;
• a first shaft and a second shaft, which cooperate as twin shafts, wherein each shaft is adapted to accept a slide on-and-off spiral transfer flight and one or more elliptical mixing lobes, wherein each lobe of the first shaft is paired with a lobe on the second shaft, rotating lobes create pressure impingement upon the mixture as it progresses through the co-rotating reactor;
• and
• one or more piezoelectric transducer driven acoustic horns arranged along the outer barrel and penetrating the outer barrel through a series of vibration-isolated ports which traverse a jacket of the outer barrel;
• wherein, in operation, the reactor is adapted to provide a coordinated, substantial increase in mechanical stress-strain, rate of shearing, and pulsed-timed micro-mechanical stress-stain, that is modulated by an intersecting, variable, high frequency acoustic, quantum field generated in the device by the one or more piezoelectric transducer driven acoustic horns.