Quantum Computing ties Analog and Digital

Radio Communications and even radar systems have migrated to digital waveform over the past 30 years for good reasons.? There are some key advantages to digital waveform.

These digital waveforms contain information, and analog carriers enable transmission and reception via antenna.

Prior to that, most if not all radio communications and radar systems were utilizing analog waveforms to transmit information.

Now, as quantum computing takes shape and could become reality in solving biological and chemical, pharmaceutical, or financial problems in reasonable time within the next decade, quantum mechanics relies on entanglement, interference, and superposition principles, while quantum computing utilizes these principles to expedite calculations, all of which are analog phenomenon, i.e., “signal”. ?Yet, the state of particles’ energy is digital, qubit.? The qubit contains the information.

It is interesting to see humans unravel science by peeling off layer by layer while the macro and microscopic phenomena reveal similar behavior.

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