Abstract
We report a low temperature measurement technique and the magnetization dataof a quantum molecular spin, by implementing an on-chip SQUID technique.This technique enables SQUID magnetometry in high magnetic fields, upto 7 T. The main challenges and the calibration process are detailed. Themeasurement protocol is used to observe quantum tunneling jumps of theS = 10 molecularmagnet, Mn12–tBuAc. The effect of a transverse field on the tunneling splitting for this molecular systemis addressed as well.
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