TBS source

The STAR source offers a wide range of operating modes, each designed for specific applications and experimental requirements. Here are some examples:

High Flux / Moderate Monochromaticity for Medical Imaging:
In this mode, the STAR source delivers a high photon flux while maintaining a moderate level of monochromaticity. This configuration is particularly suitable for medical imaging applications, where a significant number of photons is essential to obtain clear and detailed images. Additionally, a certain degree of monochromaticity helps distinguish different tissues or structures within the body by enhancing edge contrast.

Monochromatic Mode / Moderate Flux for Improved Low-Dose Detection:
The second operating mode balances flux and monochromaticity, providing a more moderate photon flux while ensuring a higher degree of monochromaticity. This mode is ideal for applications where precise detection and dose performance are crucial. It allows for greater sensitivity and accuracy in various scientific and medical experiments, leveraging phase-contrast imaging techniques.

Short and Monochromatic for "Pump & Probe" Experiments:
In this operating mode, the STAR source emits short, highly monochromatic photon pulses. This configuration is specifically designed for pump-and-probe experiments, where ultra-fast (1-5 ps) and precisely timed photon pulses are required to investigate rapid processes and interactions in materials and biological systems.

This brief overview of the different operating modes highlights the flexibility of the STAR source, making it a valuable tool for a wide range of scientific and medical research, from imaging to in-depth studies of dynamic phenomena. Researchers can select the most suitable mode to meet the specific needs of their experiments, ensuring optimal results and insights.