The Quiriquiri¹ (Quantum cRystallography and Q-space high-Resolution Beamline) beamline will enable high-resolution crystallographic analyses in charge density maps (real space), allowing the use this quantum mechanics based methodology (quantum crystallography), such as obtaining density matrices and wave functions, benefiting both theoretical and experimental studies. In addition, Quiriquiri will be able to monitor small structural changes through reciprocal space maps, allowing analyses of a wide range of crystalline materials (bulk and interfaces/thin films), and structural phase transitions by external stimulus. Thus, the beamline will contribute to expanding the understanding of the mechanisms that govern the functionality of materials and their physical properties of interest.

¹The Quiriquiri beamline is part of the second phase of the Sirius project, which was included in the Growth Acceleration Program (Novo PAC) and will be funded by resources from the FNDCT/MCTI. The plan announced by the Federal Government foresees investments of R$ 800 million over the next four years for the second phase of the Sirius project. This includes the design and construction of ten new research stations, including technical and building infrastructure, in addition to the continuous optimization of electron accelerators. Learn more.