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694 nm red laser photons disrupt a static magnetic field and cause movement in organic paper material exposed to sunlight as proof that photons have a charge. By Rachel Haywood In Journal of Modern and Applied Physics (Volume 6 Issue 6) More About Photons It is accepted that photons, as they are represented by particle and wave theories, do not have mass, charge, or are not affected by a magnetic field. Hair containing melanin was exposed to a 694 nm laser during electron spin resonance tests. While observing laser-induced radical production in a time-scan in a constant magnetic field, a "off-resonance" at laser firing was discovered. Coherent photons were thought to interact with the magnetic field. Despite the hair melting in subsequent field scans, the radical. About Melanin Melanin, in the solid state in hair, does not exhibit temperature-dependent paramagnetism. 4.3 – 9.8 x 1018 photons in 1.2 – 2.7 J per pulse impact a 1.8 x 10-5 m2 hair surface area, and a mean 72