A sliding panel structure, comprising: A. a sliding panel structure frame, comprising: 1) an upper support track, and 2) a lower guide rail, B. at least two sliding panels (416A and 416B) connected between said upper support track and said lower guide rail, wherein each of said at least two sliding panels (416A, 416B) comprises: 1) a sliding panel pivot axis, and 2) an extension (618A, 618B) for riding in said lower guide rail to prevent undesired pivoting of the sliding panel (416A, 416B) about said sliding panel pivot axis, C. a mutual attraction device, comprising: 1) a first mutual attraction part connected to said frame, 2) a second mutual attraction part connected to one sliding panel of said at least two sliding panels, D. a fulcrum member for tilting said one sliding panel of said at least two sliding panels whenever said first mutual attraction part engages said second mutual attraction part, said tilting of said sliding pane allowing for said extension to disengage said lower guide rail to allow said sliding pane to pivot about said sliding panel pivot axis, E. at least one stationary panel pivotally connected between said upper support track and said lower guide rail, F. an upper stationary anchor rigidly connected to said upper support track, and a lower stationary anchor rigidly connected to said lower guide rail, wherein said at least one stationary panel is pivotally connected between said upper stationary anchor and said lower stationary anchor, G. a lower fulcrum contact piece that is movable within said lower guide rail, wherein said at least one stationary panel is pivotally attached between said second mutual attraction part and said lower fulcrum contact piece, H. wherein said mutual attraction device is a magnetic attraction device comprising a first magnet connected to said upper stationary anchor, and a second magnet connected to said one sliding panel, wherein said fulcrum is connected to said lower guide rail, wherein said first magnet and said second magnet are drawn together so that said one sliding panel pivots about said fulcrum allowing said extension to disengage said lower guide rail to allow said one sliding panel to pivot about said pivot axis, characterised in that (i) the sliding panel structure frame comprises a door jamb and the sliding panel structure further comprises a press-fit tongue and groove connection between the at least one of the two sliding panels and the door jamb; and (ii) the sliding panel structure further comprises a press-fit tongue and groove connection between the sliding panels (416A and 416B), and wherein the friction force is greater between the sliding panel and the door jamb than it is between the sliding panels (416A and 416B). A. a sliding panel structure frame, comprising: 1) an upper support track, and 2) a lower guide rail, 1) an upper support track, and 2) a lower guide rail, B. at least two sliding panels (416A and 416B) connected between said upper support track and said lower guide rail, wherein each of said at least two sliding panels (416A, 416B) comprises: 1) a sliding panel pivot axis, and 2) an extension (618A, 618B) for riding in said lower guide rail to prevent undesired pivoting of the sliding panel (416A, 416B) about said sliding panel pivot axis, 1) a sliding panel pivot axis, and 2) an extension (618A, 618B) for riding in said lower guide rail to prevent undesired pivoting of the sliding panel (416A, 416B) about said sliding panel pivot axis, C. a mutual attraction device, comprising: 1) a first mutual attraction part connected to said frame, 2) a second mutual attraction part connected to one sliding panel of said at least two sliding panels, 1) a first mutual attraction part connected to said frame, 2) a second mutual attraction part connected to one sliding panel of said at least two sliding panels, D. a fulcrum member for tilting said one sliding panel of said at least two sliding panels whenever said first mutual attraction part engages said second mutual attraction part, said tilting of said sliding pane allowing for said extension to disengage said lower guide rail to allow said sliding pane to pivot about said sliding panel pivot axis, E. at least one stationary panel pivotally connected between said upper support track and said lower guide rail, F. an upper stationary anchor rigidly connected to said upper support track, and a lower stationary anchor rigidly connected to said lower guide rail, wherein said at least one stationary panel is pivotally connected between said upper stationary anchor and said lower stationary anchor, G. a lower fulcrum contact piece that is movable within said lower guide rail, wherein said at least one stationary panel is pivotally attached between said second mutual attraction part and said lower fulcrum contact piece, H. wherein said mutual attraction device is a magnetic attraction device comprising a first magnet connected to said upper stationary anchor, and a second magnet connected to said one sliding panel, wherein said fulcrum is connected to said lower guide rail, wherein said first magnet and said second magnet are drawn together so that said one sliding panel pivots about said fulcrum allowing said extension to disengage said lower guide rail to allow said one sliding panel to pivot about said pivot axis, (i) the sliding panel structure frame comprises a door jamb and the sliding panel structure further comprises a press-fit tongue and groove connection between the at least one of the two sliding panels and the door jamb; and (ii) the sliding panel structure further comprises a press-fit tongue and groove connection between the sliding panels (416A and 416B),