Scientists have developed a new calibration approach that could revolutionize the way that proton reaction cross-sections are measured. This new approach could make the process of measuring proton reaction cross-sections much easier and more accurate, allowing for more detailed and accurate research into proton reactions and their use in applications such as nuclear power.

The new calibration approach uses a single accelerator to measure the reaction cross-sections of multiple proton reactions. This allows researchers to measure the cross-sections with a much higher accuracy than before, as the accelerator can be adjusted to account for any discrepancies in the measurements. The new approach also eliminates the need for multiple accelerators, which can be costly and time-consuming to set up. The scientists responsible for the new approach hope that it will become the standard for measuring proton reaction cross-sections, as it is much more efficient and accurate than existing methods.

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source: Phys.org