Project Orbital: Quantum Computing for X-ray Analysis
1 May 2024 - 1 May 2026
In X-ray astronomy, photons are detected that originate from electron transitions in states around atoms. These transitions occur in the hot plasma surrounding black holes and in the intergalactic space between galaxies. The analysis of observed X-ray spectra and the necessary calculations of electron states and transitions face fundamental limitations on classical (traditional) computers. In this project, we use quantum computers to simulate electrons in atoms with unprecedented precision, significantly improving X-ray spectral analysis and expanding our knowledge of extreme objects in the universe.
Spectral analysis is a common challenge in various types of measurements, including X-ray analysis of materials, crystals, and other industrial applications. By more accurately predicting known peaks in spectra, the analysis of entire spectra can be improved, leading to the discovery of new spectral peaks. In this project, quantum computing is used to calculate and predict energy transitions with greater accuracy. These improvements can be applied to materials research conducted by companies of all sizes, driving innovation across multiple industries.