when hit by \(g^{+}\) particles. The outer sensor surface should be dense to absorb incoming particles. An algorithm that process the data from the sensor can compensate for any swing in the device. The particles are likely to leave the device at a rate that hold the amount of particles within the surface constant, given the rate of impact of the particles. The amount of particles on hold in the device (on the sensor surface) is detected as a loss in weight and indicates the rate of impact of the \(g^{+}\) particles. It is expected that any thing with mass can conduct the \( g^{+}\) particles from the sensor surface and force a reset of the device.
Good night.
