As humans, we do not have the ability to directly perceive or feel the magnetic field of an electric current passing through us. While our bodies are influenced by magnetic fields, our sense of touch and perception is not sensitive enough to detect them directly.
However, it is important to note that strong magnetic fields can have indirect effects on our bodies under certain circumstances. For example, if a magnetic field is rapidly changing in strength or direction, it can induce electric currents within our tissues. This phenomenon is known as electromagnetic induction. In some cases, these induced currents can be perceptible as a sensation, such as a tingling or twitching in the muscles. However, this typically occurs in the presence of extremely powerful magnetic fields, such as those found in certain medical imaging devices or industrial settings.
In everyday situations, the magnetic fields generated by common electrical devices, such as power lines, household appliances, or electronic devices, are generally weak and do not produce noticeable effects on our bodies. So, while we interact with magnetic fields in our environment, we do not have a direct sense to perceive them.