Method for signal suppression by increasing entropy and quantum algorithm

A non-transitory computer readable medium comprising computer executable instructions that, when executed, cause a computing device to increase entropy in a system, wherein the system comprises:

• a target system having one or more target elements,
• each target element having a first relaxation time,
• the target system further having a set of target system energy levels;
• and
• a reset system having one or more reset elements,
• each reset element having a second relaxation time that is shorter than the first relaxation time,
• the reset system further having a set of reset system energy levels;
• the full system having a set of system energy levels that includes all possible combinations of target system energy levels and the reset system energy levels,
• comprising computer-executable instructions for:
• iteratively applying a set of EM pulses to the system to effect swaps between a) a first system energy level in which the reset system of the system is in a highest energy level of the set of reset system energy levels and the target system of the system is in a lowest target system energy level of the set of target system energy levels, and b) a corresponding second system energy level in which the reset system is in a highest energy level of the set of reset system energy levels and the target system is in a highest target system energy level of the set of target system energy levels;
• and
• waiting a time period that is on a order of the second relaxation time of a reset element and shorter than the first relaxation time of a target element, to facilitate at least some reset elements of the reset system resetting from the highest energy level.

A computing device comprising a processor and memory, the memory comprising computer executable instructions that, when executed by the processor, cause the device to increase entropy in a system, wherein the system comprises:

• a target system having one or more target elements,
• each target element having a first relaxation time,
• the target system further having a set of target system energy levels;
• and
• a reset system having one or more reset elements,
• each reset element having a second relaxation time that is shorter than the first relaxation time,
• the reset system further having a set of reset system energy levels;
• the full system having a set of system energy levels that includes all possible combinations of target system energy levels and the reset system energy levels,
• comprising computer-executable instructions for:
• iteratively applying a set of EM pulses to the system to effect swaps between a) a first system energy level in which the reset system of the system is in a highest energy level of the set of reset system energy levels and the target system of the system is in a lowest target system energy level of the set of target system energy levels, and b) a corresponding second system energy level in which the reset system is in a highest energy level of the set of reset system energy levels and the target system is in a highest target system energy level of the set of target system energy levels;
• and
• waiting a time period that is on a order of the second relaxation time of a reset element and shorter than the first relaxation time of a target element, to facilitate at least some reset elements of the reset system resetting from the highest energy level.