Lensing effect and bending of starlight are not because of the curved space

Lensing effect and Starlight bending; two misinterpreted phenomenons

Starlight bending and Lensing effect; What are the real facts behind these phenomenons?

Releasing of nuclear energy:

Releasing of energy in all form of chemical or nuclear reactions is due to the releasing or expansion of space matter (ether magnetic particles) in the reactions. It is well understood that the thermo nuclear reactions in the Sun is the reason for the releasing of energy by the Sun. When nuclear particles overlap (bond) each other, they release the overlapped volume of matter to the outer world and cause to decrease some of their mass and volume.

Since the greater density of the nuclear particles, the released matter will detonate. This detonation of the ordinary matter to space matter is the reason for the releasing of energy in nuclear reactions (see Nuclear energy).

Starlight bends when it passes through near the Sun

There are three reasons for this phenomenon

1) The lightest form of matter –the space matter is filled everywhere in the universe. Density of space matter is greater in the near surface of the Sun (like the higher atmospheric air pressure and density on the sea level of the Earth) because of the gravitational pull that exerted on the space matter by the Sun. The density of space matter lowers with the increasing of the distance from the Sun’s surface (also same as the atmospheric air on Earth).

2) Space matter that released in the nuclear reactions creates a denser space matter medium on the surface of the Sun and it expands outward.

3) The Sun has a denser atmosphere than ours own, made of lighter elements that extends to thousands of kilometers (altitude of the sun's atmosphere).

It is well known that, when light passes through two different density mediums, i.e. when light passes from a rare medium to denser medium or vice versa, light will be deflected or refracted. The starlight bending purely is the refraction of light by different density mediums (see What is light).

Lensing effect:

Considering a collection of stars in a galaxy, the distribution of matter is not in uniformly, i.e. in some regions, the density of the stars are more and in some regions it will be less. Because of this non- uniform distribution of matter, the net effect of the gravitational pull on the surrounding space matter and the net space matter-producing rate in the whole of the systems are also is non- uniform. This non-uniform density of space matter creates refraction of light and this refraction of light is the reason for the lensing effect.

line_spectrum_of_hydrogen_atom chemical_reaction structure_of_an_atom Chemical_Energy what_is_light mechanism_of_light new_developments_in_theoretical_physics.pdf download_atom_model Nuclear_Energy electric_magnetic_field structure_of_the_space_matter absorption_spectrum_and_emission_spectrum nuclear_reaction atomic_shell what_is_heat radio_wave physics pair_production_annihilation star_light_bending image_gallery xether_wave xray natural_frequency_orbital_electron quantum_nature_of_radiation super_conductivity JosephGeorge electricfield calculation_chemical photoelectric_effect new_developments_in_theoretical_physics gravity refraction_in_transparent_medium electron_configuration endothermic_reactions time_dilation endothermic_nuclear_reaction contact magneticfield increasing_of_mass_of_a_fast_moving_body doppler_shift_of_star_light what_is_matter lensing_effect Joseph_George_articles orbital_electron_jumping explosion reason_emission_lines mass_lose_&_mass_gain_chemical_reactions oml_evidences reflection light_emission_heavy_atom overlapping what_is_energy loren's_contraction raman_effect emission_atoms space_matter calculation_nuclear_energy light_pressure endothermic_chemical_reaction detaching fission_by_high_energy_photon gamma_ray_radiation Elementary_particles history_of_development_my_theories exothermic_chemical_reaction interference ordinary_world polarization diffraction electron_holes nuclear_fusion_requires_great_energy_to_start compton_effect elasticity_shells shorter_life_free_neutron finding_natural_frequency_electron ionization_gas_atoms important_phenomenons color lines_spectrum_isotopes mass_lose_&_mass_gain_nuclear_reactions light_emission_hydrogen_atom radio_active_decay heat_transmission shells_properties charged_particles_light mass_lose_26_mass_gain_nuclear_reactions bremsstrahlung zeeman_effect lorens_contraction nuclear_decay bending_of_magnetic_lines Joseph George Technology ideas . . . . . . . . . . . . . . . . . . . . . .

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