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jarroe
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I know we can contain the energy/plasma from a fussion reaction with an electromagnetic field, but would an EMF protect from gamma rays? Would it be possible to deflect a nuclear blast with a powerful enough EMF?
PaulS1950 said:Gamma radiation is from neutrons - they have no charge so the electromotive forces of the EMF have no effect on the gamma rays. The gamma waves could impart an electrical or magnetic effect on the EMF but it would be more like the inductance of an aluminum wire passing through a magnetic field but less intense.
Paul
Yes, gamma rays can be deflected or shielded against with an electromagnetic field, but it depends on the strength and direction of the field, as well as the energy and wavelength of the gamma rays.
An electromagnetic field can deflect or shield against gamma rays by interacting with their electric and magnetic fields, causing them to change direction or lose energy.
No, there are other methods of deflecting or shielding against gamma rays, such as using lead or other dense materials to absorb the rays, or using magnetic fields to redirect the rays away from sensitive areas.
No, it is not possible for an electromagnetic field to completely block all gamma rays. Some gamma rays may still pass through, depending on the strength and direction of the field, as well as the energy and wavelength of the gamma rays.
Yes, there can be potential risks or side effects of using an electromagnetic field to deflect or shield against gamma rays, such as interfering with electronic equipment or causing harm to living organisms if the field is too strong.