At present, Russian scientists are continuing to study singular topological quantum states and developing methods for their simulation modeling. According to Maxim Gorlach, a senior researcher at the St. Petersburg State University of Information Technology, Machinery and Optics, and one of the project executives, in order to occupy the theoretical frontier, Russian scientists are studying the subtle effects of quantum experiments that may occur in the future. .
In recent years, physicists have discovered that electrons, light particles, and other quantum bodies inside many materials can only move in specific directions or occupy specific energy levels. This greatly reduces the degree of "chaos" within such materials, making it useful for manufacturing topological quantum computers and many optical and electronic devices. Scientists have long been interested in how to put several photons in a quantum entangled state. If you can create transmitters and other instruments that can process a similar piece of continuous "ordered" electromagnetic waves, then they can be used to make classic computers, qubits, and quantum storage cells.
Russian scientists have discovered a new quantum state that can describe two related photons. In this state, the two photons as a whole exhibit a phenomenon similar to charged particles repelling each other. They used a series of capacitors, printed the wires connecting the capacitors on a special circuit board, and reconstructed a system of equations describing similar photon behavior. Scientists used the instrument to prove that their theoretical assumptions were correct, and predicted several key properties of light particles with similar properties.
The researchers hope that in similar state experiments on real light particles, these data can simplify the test research process and reduce costs, thereby speeding up the development of quantum computing devices and other devices based on this principle. Gorrazzi said that they are conducting a series of studies in this area, exploring the singular topological quantum states, and studying their modeling methods. These experiments are important for basic physics and future application development.
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