Previous simulations had not checked how much stellar magnetic fields affect gravity waves originating from neutron-star collisions.
It has been reported that exposure to applied magnetic fields affect the growth and fate of NPCs/NSCs (Di Lazzaro et al. 2013).
These self-generated (or externally applied) transverse and axial magnetic fields affect the propagation of laser pulses in plasmas since the canonical momentum in a magnetized plasma is not conserved [6, 7].
Nevertheless, there have been reports that high magnetic fields affect bacteria [ 8], plants [ 9- 11], mammals [ 12], and flies [ 13].
Understanding how animals detect and use magnetic fields will allow us to better predict the behavior of magnetosensitive organisms, and will aid the study of how natural and artificial magnetic fields affect living systems (Engels et al., 2014).
The aim of this study was to test whether 60 Hz magnetic fields affect heart rate, respiration rate, and HRV, or give rise to subjective symptoms in adults and teenagers.
The evidence for a causal relationship would be strengthened considerably if experimental studies were to demonstrate that magnetic fields affect biological systems at the exposure levels implicated in the epidemiological studies.
It was also found that the increase was due to the quantity of body cells, which allowed the authors to conclude that static magnetic fields affect the genes that are responsible for their proliferation.
It is found that the propagation directions, positron parameters and magnetic field affected the properties of propagation of positive-negative solitary waves.
The other is that the Earth's magnetic field affects a particular chemical reaction in the retina in a way that reaches into the arcane depths of quantum mechanics.The magnetite hypothesis concentrates on birds' beaks.
