A rotor for a rotary electric machine, the rotor comprising: a permanent magnet; a rotor core having a plurality of core refrigerant passages, the permanent magnet being embedded in the rotor core, the core refrigerant passage being configured to guide refrigerant supplied from a shaft refrigerant passage to an outer peripheral end of the rotor core such that the refrigerant is released to a gap, the gap being defined between the rotor core and a stator, the shaft refrigerant passage being provided in a rotating shaft, the core refrigerant passage including: a first refrigerant passage extending from an inner peripheral end of the rotor core to a position radially inward of the permanent magnet, the first refrigerant passage being placed at a position deviating from a q-axis of the rotary electric machine in a circumferential direction, a second refrigerant passage provided on the q-axis, the second refrigerant passage extending from the outer peripheral end of the rotor core toward an inner peripheral side in the rotor core, and a third refrigerant passage configured to provide communication between the first refrigerant passage and the second refrigerant passage, the third refrigerant passage being placed at a position deviating from the second refrigerant passage in a rotor axis direction. a permanent magnet; a rotor core having a plurality of core refrigerant passages, the permanent magnet being embedded in the rotor core, the core refrigerant passage being configured to guide refrigerant supplied from a shaft refrigerant passage to an outer peripheral end of the rotor core such that the refrigerant is released to a gap, the gap being defined between the rotor core and a stator, the shaft refrigerant passage being provided in a rotating shaft, the core refrigerant passage including: a first refrigerant passage extending from an inner peripheral end of the rotor core to a position radially inward of the permanent magnet, the first refrigerant passage being placed at a position deviating from a q-axis of the rotary electric machine in a circumferential direction, a second refrigerant passage provided on the q-axis, the second refrigerant passage extending from the outer peripheral end of the rotor core toward an inner peripheral side in the rotor core, and a third refrigerant passage configured to provide communication between the first refrigerant passage and the second refrigerant passage, the third refrigerant passage being placed at a position deviating from the second refrigerant passage in a rotor axis direction. the core refrigerant passage including: a first refrigerant passage extending from an inner peripheral end of the rotor core to a position radially inward of the permanent magnet, the first refrigerant passage being placed at a position deviating from a q-axis of the rotary electric machine in a circumferential direction, a second refrigerant passage provided on the q-axis, the second refrigerant passage extending from the outer peripheral end of the rotor core toward an inner peripheral side in the rotor core, and a third refrigerant passage configured to provide communication between the first refrigerant passage and the second refrigerant passage, the third refrigerant passage being placed at a position deviating from the second refrigerant passage in a rotor axis direction. a first refrigerant passage extending from an inner peripheral end of the rotor core to a position radially inward of the permanent magnet, the first refrigerant passage being placed at a position deviating from a q-axis of the rotary electric machine in a circumferential direction, a second refrigerant passage provided on the q-axis, the second refrigerant passage extending from the outer peripheral end of the rotor core toward an inner peripheral side in the rotor core, and a third refrigerant passage configured to provide communication between the first refrigerant passage and the second refrigerant passage, the third refrigerant passage being placed at a position deviating from the second refrigerant passage in a rotor axis direction.