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, we understand little of the cells, molecules, and mechanisms that underlie it. Before we discuss how animals detect magnetic fields, we must first appreciate what they are detecting (Box 1). Box 1 ...
in the acquisition of the superconducting magnet, which is valued at up to 1 million euros (1.2 million USD) per tesla13 end-user, making it one of the most expensive pieces of machinery in a hospital. Furthermore ...
superconducting , produces the static magnetic field whose strength is measured in Tesla. This field needs to be homogeneous and stable with time, and yet large enough to contain a human body. Resistive gradient ...
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