The path to quantum computing would be shorter than we even expect

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Image 2:The form of macrophage could be ideal for quantum annealing qubit

The biological qubit

The biological qubit could be the electric amoeba, which is in the middle of the sensor line. When the projections of that cell are touching the sensor it would connect the electricity to those points. 

In some visions, the biological qubit could be like a macrophage, neuron hybridization that is creating electricity. The cell could be on the layer, where is the series of the rings, and each ring is a certain state of the qubit.

The neuron will control the fibers of the macrophage, and that thing could make the next generation neuro-quantum computer possible. This kind of system might have a very high capacity. And it can use to make the new type of operations possible.

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Acoustic qubit is one of the most futuristic and imaginational ideas about quantum computing.

One of the most interesting versions of the quantum annealing qubits is the acoustic qubit. In that system, the annealing light in the middle of the ring of receivers is replaced with a siren and receivers are microphones. Every each level of sound is a certain state of the qubit.

The thing is that acoustic qubits are fascinating because they should operate at room temperature. That thing requires that space, where the loudspeaker and microphones are is isolated to ultra-silent space. And in this system, the voltage meter is replaced by the decibel meter.

In some scenarios, the alien (or man-whale hybrid) would be a creature, which has similar sound organs to whales, which allows it to make sharp and melodic noise. Then the alien creature will stand in the middle of the room, where the receivers are on the walls, and sends the sound to those receivers. Maybe we would be like that in the distant future, and the acoustic qubit is easy to make system communicate with an alien creature without control tables. But that is pure imagination.

When we are thinking about the alien creature, what is communicating computer by using acoustic qubits, we might think that this creature is standing in the middle of the empty room, and then transmits the data to the microphones at the walls. In this text alien creature means the creature, that is unknown to us. That creature can use some kind of acoustic device for that kind of communication, or the creature itself can have similar sound organs with whales.

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The system register if the qubit is stolen

Quantum computing is one of the biggest megatrends in computing. Quantum computers are becoming more common, and that means the technology of those computers is going cheaper and more effective than anytime before. The quantum computers are taking part in the research and development process of the next generation quantum computers, and the quantum annealing systems are making it possible to create flat qubit systems.

The fast-reacting nano-LEDs along with ultra-fast switches are making it possible to adjust the brightness of the qubit transmitter. And each layer of the brightness of the LED is a certain state of the qubit. That kind of system is allowing to create quantum computers, which are operating at higher temperatures than ever before.

The thing, that makes quantum cryptography or qubit-based encryption unable to break is that the data is packed in the fullerene molecule (or electron or photon), and that thing makes it possible to secure the transmitting. The quantum computer can break every code, which is made by using a regular computer, so the quantum systems need the rethink the security of the network systems.

Of course, the qubit can be stolen, but the system registers that thing immediately. And that means the hacking is detected. So if the data will travel in the cable, where are many wires, the system can send the part of the data by using the lines separately. But in the quantum wires, the data is traveling in a particle accelerator or tube in the form of a particle. So that thing will raise the level of security.

So when quantum computers are coming more common than ever before, we are closing the time, where the quantum computers would turn the size of laptops. And becoming general will turn the applications for those systems more common and the growing experience of that kind of programming would increase the number of applications. That thing will turn quantum computers more and more addictive.

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