To analyze the mechanisms of action of weak electric and magnetic fields on ion motion in
solution, a new approach is outlined allowing for collective interactions of large ionic …

For the first time a consistent physical model is proposed that explains a weak ELF magnetic
fields effect on biological systems. The probability density changes are calculated in the …

Extremely low-frequency magnetic fields are known to affect biological systems. In many
cases, biological effects display “windows” in biologically effective parameters of the …

A physically consistent model is proposed for the first time explaining one of the
mechanisms of the action of weak low-frequency magnetic fields on biological systems. The …

The question of whether very weak low frequency magnetic fields can affect biological
systems, has attracted attention by many research groups for quite some time. Still, today …

The protein ferritin has a natural ferrihydrite nanoparticle that is superparamagnetic at room
temperature. For native horse spleen ferritin, we measure the low field magnetic …

One of the most interesting and challenging aspects of research on the biological effects of
magnetic fields is the broad spectrum of potential interaction mechanisms between these …

PhD Thesis of Christian Beyer, 2013 Page 1 DISS. ETH No. 21405 Investigation of potential
interactions of electromagnetic fields with proteins and cells A dissertation submitted to the …

Possible human health hazards due to biomagnetic stimulation and other transient magnetic
fields are assessed theoretically by considering magnetic field pulses that might create …