The current goal is to produce computers smaller than 10 nanometers. Future developments in nano computing will provide resolutions to the current difficulties of forming computing technology at the nanoscale. For example, current nanosized transistors have been found to produce a quantum tunneling effect where electrons ‘tunnel’ through barriers, making them unsuitable for use as a standard switch. The increased computing power formed by nanocomputers will allow for the solution of exponentially difficult real-world problems. Nanocomputing also has the advantage of being produced to fit into any environment, including the human body, whilst being undetectable to the naked eye. The small size of devices will allow for processing power to be shared by thousands of nanocomputers.
My question is what is the relation between Nano computing and Quantum Computing at the aspect of material science analysis?
Md. Masud Parvez
Hi, Known quantum computing generally requires temperatures close to absolute zero. And among the applied quantum computers that are trying to be built, they use quantum bit technology, which only traps ions and diamond holes technology do not require very low temperatures, which on the other hand require a large number of lasers and light sources, and topological qubit technology is not so well known.
In my opinion, one of the limitations of quantum computers is that it is not possible to make the cooling components and equipment small enough according to the science we have today, and on the other hand, to maintain its stability, but I believe that in the future We will get close to this technology.
Md. Masud Parvez Nanotechnologists work with nano objects. Their sizes are 1-100 nm. Such substances have size effects: a decrease in the melting point, surface plasmon resonance, superparamagnetism ...
Quantum technologists work with quantum substances, the properties of which are determined by quantum effects, such as a highly correlated electronic state, superposition, coherence, decoherence, and tunneling. Such substances include Bose-Einstein liquid, spin liquid, liquid helium ...
We discovered that proton tunneling can occur in aqueous solutions of ionic surfactants. Consequently, certain water with certain surfactants can be a quantum substance. We bathe in quantum matter.
https://www.researchgate.net/publication/333394610_Quantum_and_thermal_liquid_-liquid_phase_transitions_in_aqueous_solutions_of_amphiphiles
The computers we are currently working with are made of substances that work on the principles of nanotechnology.
Quantum computers use quantum substances. Quantum bits (qubits) can only be extracted from quantum substances. The problem is that quantum transitions in quantum substances occur near 0K.
Md. Masud Parvez
You state that ‘the goal is to produce computers smaller than 10 nanometers’. What size is the keyboard and how do I see the screen?
Alan F Rawle
Hi, I think they mean a 10 nanometer microgadget quantum computer that can be implanted inside the body organs, which is a small 0.3 mm microgadget.
But I think the need to reduce the dimensions on this scale can require a lot of science and cost, which for a quantum computer can be useless and perhaps almost impossible.
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