Given that high magnetic field strengths could potentially introduce instrumental limitations, leading to slightly lower observed diamagnetic susceptibility compared to theoretical predictions, do we need to consider conducting measurements at lower magnetic fields to achieve more accurate diagnostics of diamagnetism?

In our recent experiments, we observed that the high magnetic field strength of 2.5 T might introduce instrumental limitations that could affect the accuracy of our diamagnetic susceptibility measurements. This high field could lead to a slightly lower observed susceptibility compared to theoretical predictions. To ensure precise diagnostics and accurate results, we should consider whether performing measurements at lower magnetic fields might help mitigate these potential inaccuracies. Therefore, it's worth discussing if lower field measurements are necessary for more reliable diagnostics of diamagnetism.