A quantum reaction method comprising steps of:
- (a) providing at least one first reaction space and at least one second reaction space;
- (b) defining a first track between the first and second reaction spaces and defining a second track in at least one of the first and second reaction space corresponding to the first track;
- (c) building at least one magnetic force tunnel set between the first and second reaction spaces, each magnetic force tunnel set including first magnetic force tunnels and second magnetic force tunnels, the first and second magnetic force tunnels being alternately arranged along the first track at equal intervals, each of the first and second magnetic force tunnels including guide magnetic field and check magnetic field, the guide magnetic field of the first magnetic force tunnel and the check magnetic field of the second magnetic force tunnel being connected to one of the first and second reaction spaces, the check magnetic field of the first magnetic force tunnel and the conduction magnetic field of the second magnetic force tunnel being connected to the other of the first and second reaction spaces;
- (d) building at least one agitation magnetic field set in at least one of the first and second reaction spaces, each agitation magnetic field set including first agitation magnetic field and second agitation magnetic field, the direction of the first agitation magnetic field being reverse to the direction of the agitation magnetic field, the first and second agitation magnetic fields being alternately arranged along the second track at equal intervals;
- (e) filling into the first and second reaction spaces a reaction fluid approximately at the pressure and temperature of liquid-gas interface (boiling point curve);
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- (f) turning on the first and second agitation magnetic fields of the agitation magnetic field set to respectively agitate the reaction fluid along the second track, the guide magnetic fields of the first and second magnetic force tunnels guiding the reaction fluid to pass through the guide magnetic fields and then pass through the check magnetic fields of the first and second magnetic force tunnels, the checking magnetic fields providing checking effect for the reaction fluid to make the reaction fluid flow from one of the first and second reaction spaces into the other of the first and second reaction spaces, whereby the reaction fluid alternately flows between the first and second reaction spaces to react.