Morozov et al. To further explore the possibility of these nanorobots in advanced biomedical applications, we have carefully probed their magnetic hyperthermic abilities. In a typical magnetic hyperthermia procedure, the nanoparticles are directly injected to the malignant tissues following which they are exposed to a high frequency alternating magnetic field. The nanoparticles absorb the magnetic energy and generate significant thermal stress in the microenvironment of the affected tissues which is sufficient to trigger major cellular dysfunctions .