Can changing magnetic field generated by a spinning neodymium sphere 26mm diameter (high RPM's) influence human body cells activity?
setups : 3 V - DC motor, 26mm neo sphere (Article ID K-26-C Material NdFeB Shape Sphere Diameter 26 mm Tolerance +/- 0,1 mm Coating Chrome-plated (Ni-Cu-Ni-Cr) Manufacturing method sintered Magnetisation N38 strength approx. 9,1 kg (approx. 89,2 N) Max. working temperature 80°C Weight 69,9410 g Curie temperature 310 °C Residual magnetism Br 12200-12600 G, 1.22-1.26 T Coercive field strength bHc 10.8-11.5 kOe, 860-915 kA/m Coercive field strength iHc ≥12 kOe, ≥955 kA/m Energy product (BxH)max 36-38 MGOe, 287-303 kJ/m³), special screw pot metal case 13 mm fixed on the neo sphere between the magnetic poles N-S) , usb cable, external battery.
magnetic field : CHANGING magnetic field
category : ABSTRACT
An electric change occurring when a magnetic field is applied to the human body
magnetic fields induce circulating currents within the human body. The strength of these currents depends on the intensity of the outside magnetic field.
A human body can generate between 10 and 100 millivolts.
answers so far :
1."The broad answer is that, yes, magnetic fields can alter the electrical activity of cells. This is the basis of a technique called TMS - transcranial magnetic stimulation, whereby a powerful magnetic source is held above the scalp. It can influence the behaviour of brain regions below the magnetic wand, inhibiting some areas and facilitating activity in others."
2."Yes because the rotating magnetic field will generate microcurrents in the cell which is conductive to water,salts,etc.
look up microcurrents in google"
3."Yes a magnetic field can influence the body. How and to what postive or negative influences and levels are however undefinable at this level of resolution."
What is your opinion about this ?
setups : 3 V - DC motor, 26mm neo sphere (Article ID K-26-C Material NdFeB Shape Sphere Diameter 26 mm Tolerance +/- 0,1 mm Coating Chrome-plated (Ni-Cu-Ni-Cr) Manufacturing method sintered Magnetisation N38 strength approx. 9,1 kg (approx. 89,2 N) Max. working temperature 80°C Weight 69,9410 g Curie temperature 310 °C Residual magnetism Br 12200-12600 G, 1.22-1.26 T Coercive field strength bHc 10.8-11.5 kOe, 860-915 kA/m Coercive field strength iHc ≥12 kOe, ≥955 kA/m Energy product (BxH)max 36-38 MGOe, 287-303 kJ/m³), special screw pot metal case 13 mm fixed on the neo sphere between the magnetic poles N-S) , usb cable, external battery.
magnetic field : CHANGING magnetic field
category : ABSTRACT
An electric change occurring when a magnetic field is applied to the human body
magnetic fields induce circulating currents within the human body. The strength of these currents depends on the intensity of the outside magnetic field.
A human body can generate between 10 and 100 millivolts.
answers so far :
1."The broad answer is that, yes, magnetic fields can alter the electrical activity of cells. This is the basis of a technique called TMS - transcranial magnetic stimulation, whereby a powerful magnetic source is held above the scalp. It can influence the behaviour of brain regions below the magnetic wand, inhibiting some areas and facilitating activity in others."
2."Yes because the rotating magnetic field will generate microcurrents in the cell which is conductive to water,salts,etc.
look up microcurrents in google"
3."Yes a magnetic field can influence the body. How and to what postive or negative influences and levels are however undefinable at this level of resolution."
What is your opinion about this ?
Attachments
Last edited: