An atomic sensor system comprising: an optical source configured to provide an optical beam including a pump beam and a probe beam; a plurality of sensor cell systems, each of the sensor cell systems comprising sensing media enclosed in a volume therein, the sensor cell systems comprising; a first sensor cell system including a first magnetic field generator configured to generate a first magnetic field within the volume therein and in a first vector direction; a second sensor cell system including a second magnetic field generator configured to generate a second magnetic field within the volume therein and in a second vector direction different from the first vector direction; and a third sensor cell system including a third magnetic field generator configured to generate a third magnetic field within the volume therein and in a third vector direction different from the first and second vector directions; optics configured to provide the optical beam to each of the sensor cell systems to provide interaction of the optical beam with the sensing media in each of the respective sensor cell systems, the optical beam exiting each of the sensor cell systems as a respective detection beam; and a detection system comprising at least one photodetector configured to receive the detection beam from each of the sensor cell systems and to determine a measurable parameter based on an optical characteristic associated with the detection beam from each of the sensor cell systems. an optical source configured to provide an optical beam including a pump beam and a probe beam; a plurality of sensor cell systems, each of the sensor cell systems comprising sensing media enclosed in a volume therein, the sensor cell systems comprising; a first sensor cell system including a first magnetic field generator configured to generate a first magnetic field within the volume therein and in a first vector direction; a second sensor cell system including a second magnetic field generator configured to generate a second magnetic field within the volume therein and in a second vector direction different from the first vector direction; and a third sensor cell system including a third magnetic field generator configured to generate a third magnetic field within the volume therein and in a third vector direction different from the first and second vector directions; a first sensor cell system including a first magnetic field generator configured to generate a first magnetic field within the volume therein and in a first vector direction; a second sensor cell system including a second magnetic field generator configured to generate a second magnetic field within the volume therein and in a second vector direction different from the first vector direction; and a third sensor cell system including a third magnetic field generator configured to generate a third magnetic field within the volume therein and in a third vector direction different from the first and second vector directions; optics configured to provide the optical beam to each of the sensor cell systems to provide interaction of the optical beam with the sensing media in each of the respective sensor cell systems, the optical beam exiting each of the sensor cell systems as a respective detection beam; and a detection system comprising at least one photodetector configured to receive the detection beam from each of the sensor cell systems and to determine a measurable parameter based on an optical characteristic associated with the detection beam from each of the sensor cell systems.