Actively Exploring Its Future Applications

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Below we will consider the main ones. Models quantum systems Quantum modeling is similar to classical modeling. In classical modeling, scientists create a mathematical model of zeros and ones (bits) and check how accurately it predicts the behavior of a particular system. If the expectation and reality match, then the model is good and can be used further.

In a quantum computer, things are much more macedonia telegram database complicated. Qubits are used for modeling. Their quantum mechanical properties allow modeling quantum systems without exponential growth in computational complexity. Today, a quantum computer can already perform basic modeling. For example, a model of a quantum system, such as a molecule, is represented by a set of qubits.

Then operations are performed on the set that produce a solution, for example, the energy obtained as a result of a chemical reaction. Processes data at high speeds Computers that work on the principle of quantum mechanics process data faster than the computers we are used to. But their advantage is that they can process large amounts of information.