Hydrogen subatoms and photosynthesis in plants with amagnetic field.

Abstract

The presence of hydrogen atoms in their subatomic states may be predicted if one accounts for the intrinsic energy of quantum movement of an electron in a proton-electron system. For this reason, a series of experiments whose purpose was to prove the presence of hydrogen subatoms was carried out. The formation of bound subatomic states of hydrogen is characterized by an observable ultraviolet radiation with a wavelength in the 206-nm region. Such radiation has been observed during photosynthesis in certain houseplants. The presence of a weak magnetic field is shown to selectively amplify this radiation.