Rotary engine and method

A rotary engine comprising:

• an engine block, said block defining an internal rotor cavity, a rotor, said rotor eccentrically positioned within said cavity, said block defining a combustion chamber, said combustion chamber positioned exteriorly of said rotor cavity and in fluid communication therewith, a pair of pistons, said pistons affixed to each other and slidably mounted within said rotor, an air inlet valve, said inlet valve positioned at one side of said combustion chamber, a dual acting outlet valve, said outlet valve comprising a top and a bottom rest, said outlet valve positioned at the other side of said combustion chamber, said combustion chamber defining both an outlet valve ceiling port and an outlet valve floor port, means to ignite fuel, said fuel ignition means located within said combustion chamber between said inlet and outlet valves, said block defining an exhaust port, said exhaust port spaced circumferentially from said combustion chamber and in fluid communication with said rotor cavity, said block defining an inlet port, and said inlet port circumfrentially spaced from said outlet port and in fluid communication with said rotor cavity.