I thank you tremendously for your response to this post. I truly think the Dark Field is involved in accelerating 3He. It has charge to mass of 2Charge per 3 Atomic Mass Units, while proton has 1 Charge per 1 Atomic Mass Unit. So by the convention 3He has 2/3 in comparison to proton having 1 mass to charge. I find it hard to believe that a 1/3 of a charge per mass would ALONE cause the huge acceleration of 3He2+ relative to H+. The sun has a huge gravity and the Dk can push 3He away in consistency to my reasoning of negative NMM of nuclei seep Dark energy. Proton would have much less Dk field. 2D to 4He has 1/2 charge per AMU for 2D , whereas 4He has 2/4 or 1/2 charge per AMU. It is known that 4He and 2D are not separated in solar flares. But compare to tritium which has charge per mass of about 1/3. So the flares do not separate 4He from 2D due to similar charge per mass. But the charge per mass of tritium is less than both 2D and 4He so tritium should be held to the sun. BUT THE DATA SHOW 3Tritium is released into space around sun more than deuterium (2D). The charge per mass cannot explain the greater release of tritium. But the nuclear magnetic moments (NMM) and nuclear instability of 3T (relative to 2D and 4He) can explain the greater release of 3T relative to 2D. 3T is unstable by 2 neutron shell and stable 1 proton shell and large positive NMM but induced negative NMM in the solar flares. As by RBL theory the single proton cannot as well stabilize the 2 neutrons in neutron shell for causing instability to fractional reversible fissing and fusing of 3T for releasing Dk fields from 3T during flaring for acceleration of 3T. 2D has 1 neutron and 1 proton and smaller positive NMM for 1 proton per 1 neutron and the proton stabilize the neutron from fractional reversible fissing. Just as the charge to mass cannot explain the 3T vs 2D, likewise the charge to mass cannot explain the 3He enrichment and acceleration, but the negative NMM and induced negative NMMs by Reginald B. Little's (RBL) theory explain these phenomena. Respectfully, Reginald B. Little

I thank each of you for considering my theory of Dark force causing repulsive gravity to explain solar jet with weak magnetic field background and environment of the surface of the sun causing the selective acceleration and enrichment over 200,000 fold of 3He in the jet. Considering the four known forces: strong force, weak force, electromagnetic force and gravity, It seems solid to me as the origin of the theory that the electromagnetic force is preeminent in pushing and in the neutron out of the sun in the solar flares. The attractive gravity (Br) is acting on all the ions composing the solar flares and coronal mass ejections. The gravity is holding up stars during their main sequence stage from collapsing. The strong and weak forces are acting inside the sun and stars. Can the strong force act on 3He for perhaps involving an exothermic nuclear reaction to accelerate 3He selectively? Yes 3He can be produce from deuterium and proton, but such can only occur in the core of the sun at high pressures and temperatures and in strong magnetic fields. But the surface of the sun and corona are not condition of high pressure where such fusing of 1H + 2D to 3He. Can 3He form from some fissing process? Not in the sun.

I thank each of you for your impressions of my theory that dark (Dk) field and Dk matter within down quarks of 3He are causing its acceleration in weak magnetic surface solar conditions during solar jets. After considering that bright (Br) gravity is holding the sun together and energy from nuclear fusion is creating back pressure to prevent sun from collapsing to white dwarf so some other force has to cause a reverse force of Br compressing gravity for outward acceleration of 3He during solar jet. I,(RBL), note that this opposing outward force is Dk gravity created by agitating 3He nuclei on basis of RBL's theory that 3He has 1 neutrons and 2 proton and 1 neutron has 2 down quarks and 2 down quarks are composed on Dk matter and such Dk matter can generate negative (-) nuclear magnetic moments (NMMs) by fractional reversible fissing of 2 down quarks, such - NMMs RBL reasoned dissipate to Dk gravity about the 3He nuclei to accelerate 3He nuclei outward from sun by Dk gravity in opposition to the Br gravity binding plasma of the sun and attempting to crush the sun under its own gravity! I note further here this fractional reversible fissing of the 3He is caused by neutrons diverging from the core of the sun.

I continue and conclude here giving even more indisputable proof that I have found Dk field by giving Dk field as explanation for the Observation by NASA and ESA orbiter measuring acceleration and huge enrichment of 3He in solar jet. My concluding and proving evidence for the Dk field causing the selective acceleration of the 3He and thereby RBL first finding the Dk field is the neutron inducing the 3He to fractionally, reversibly fiss at the sun's surface. The neutrinos are profusely produced in the interior and core of the sun and these neutrinos perpetually diverge from the core of the sun through the surface of the sun into outer space. By RBL's theory the neutrinos collide with nuclei and can induce beta process. { Novel Physical, Chemical and Nuclear Phenomena Driving and Driven by Neutrino Oscillations, viXra.org e-Print archive, viXra:2407.0001 } In this case the 3He can reversibly form 3Li (having 3protons). The action of the neutrinos on the neutron in 3He is not opposed as in other nuclei as their are two protons in 3He with the neutron and the 2 protons do not stabilize the 1 neutron in 3He . So the neutrinos diverging the suns surface are hitting the neutron in 3He nuclei and inducing reversible fissing of neutrons for producing negative NMMs and dissipating Dk fields from - NMMs and this acccelerates 3He outward from sun. Reginald B. Little