An aspect of the disclosure relates to a multichannel controller for controlling a target in a target system. In one embodiment, a multichannel controller is configured to control a target system and includes a user input interface that receives a user input for the multichannel controller, wherein the user input is a command to control one or more targets in the target system and a processor that generates the command to send to the one or more targets in the target system and a command translation unit that relays the command to the one or more targets, wherein the command comprises a motion sequence.

An aspect of the disclosure relates to a multichannel controller for controlling a target in a target system. In one embodiment, a multichannel controller is configured to control a target system and includes a user input interface that receives a user input for the multichannel controller, wherein the user input is a command to control one or more targets in the target system and a processor that generates the command to send to the one or more targets in the target system and a command translation unit that relays the command to the one or more targets, wherein the command comprises a motion sequence.

A shooting target assembly includes a balance bar having a center portion that is rotatably connected to a support, a first target assembly rotatably connected to a first end of the balance bar at a first pivot point, and a second target assembly rotatably connected to a second end of the balance bar at a second pivot point. The first target assembly includes a plurality of first target zones, the second target assembly includes a plurality of second target zones, each of the first target zones and each of the second target zones is configured to engage one or more targets, and the balance bar is configured to rotate about the center portion in response to one or more of the targets being broken.

A shooting target assembly includes a balance bar having a center portion that is rotatably connected to a support, a first target assembly rotatably connected to a first end of the balance bar at a first pivot point, and a second target assembly rotatably connected to a second end of the balance bar at a second pivot point. The first target assembly includes a plurality of first target zones, the second target assembly includes a plurality of second target zones, each of the first target zones and each of the second target zones is configured to engage one or more targets, and the balance bar is configured to rotate about the center portion in response to one or more of the targets being broken.

A method and system for training a person in the aiming of firearms at moving targets is described, the method including the steps of: providing at least one moving target; calculating the correct lead for the at least one target; displaying a visualisation of the correct lead to the person

A method and system for training a person in the aiming of firearms at moving targets is described, the method including the steps of: providing at least one moving target; calculating the correct lead for the at least one target; displaying a visualisation of the correct lead to the person

Apparatus and methods for removing leakage from a qubit. In one aspect, an apparatus includes one or more qubits, wherein each qubit facilitates occupation of at least one of a plurality of qubit levels, the qubit levels including two computational levels and one or more non-computational levels that are each higher than the computational levels, wherein the qubit facilitates transitions between qubit levels associated with a corresponding transition frequency; a cavity, wherein the cavity defines a cavity frequency; one or more couplers coupling each qubit to the cavity; one or more couplers coupling the cavity to an environment external to the one or more qubits and the cavity; a frequency controller that controls the frequency of each qubit such that, for each qubit, the frequency of the qubit is adjusted relative to the cavity frequency such that a population of a non-computational level is transferred to the cavity.

Apparatus and methods for removing leakage from a qubit. In one aspect, an apparatus includes one or more qubits, wherein each qubit facilitates occupation of at least one of a plurality of qubit levels, the qubit levels including two computational levels and one or more non-computational levels that are each higher than the computational levels, wherein the qubit facilitates transitions between qubit levels associated with a corresponding transition frequency; a cavity, wherein the cavity defines a cavity frequency; one or more couplers coupling each qubit to the cavity; one or more couplers coupling the cavity to an environment external to the one or more qubits and the cavity; a frequency controller that controls the frequency of each qubit such that, for each qubit, the frequency of the qubit is adjusted relative to the cavity frequency such that a population of a non-computational level is transferred to the cavity.

A method for detecting a shot hit on an inflatable shooting target and for providing a real-time indication of the hit. The method includes the step of providing a shooting target system with one or more inflatable shooting targets, each of them is assembled on a blower, a power source that is connected to each blower through a controller that controls the activation of each blower, and a current meter between the controller and the power source. The method includes the second step of measuring the current that flow to a certain blower, detecting changes in the current level that occurs upon a hit in a certain inflatable shooting target that is assembled on that certain blower, and making and indication of the hit by turning off the certain blower or by sending a notification to a mobile device of the user or the operator.

A method for detecting a shot hit on an inflatable shooting target and for providing a real-time indication of the hit. The method includes the step of providing a shooting target system with one or more inflatable shooting targets, each of them is assembled on a blower, a power source that is connected to each blower through a controller that controls the activation of each blower, and a current meter between the controller and the power source. The method includes the second step of measuring the current that flow to a certain blower, detecting changes in the current level that occurs upon a hit in a certain inflatable shooting target that is assembled on that certain blower, and making and indication of the hit by turning off the certain blower or by sending a notification to a mobile device of the user or the operator.