Uncovering the Mystery of Neutron Decay and the Origins of the Universe

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In summary: The electrons, which were in thermal equilibrium with the photons, were captured by the nuclei to form atoms. This left the universe with a large number of protons, neutrons, and electrons. As the universe continued to expand and cool, the temperature dropped to a point where the protons and electrons could combine to form neutral hydrogen atoms. At this point, the photons were no longer scattered by the electrons. Thus the universe became transparent to photons.In summary, the universe started with pure energy and then as it expanded and cooled, particles such as quarks and leptons were formed, eventually leading to the creation of nuclei and atoms. The decay of neutrons into protons, electrons, and anti-neutrinos
  • #1
chosenone
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If in a beta decay when a neutron decays into a proton,electron,and a anti nutrino,that the answer to where all the particles came from is not answer by this alone?the universe started with just neutrons,then half of them decayed into protons and electrons,and started the universes matter,because i just read it on the internet an hour ago,and this is what it said!can anyone answer why this was overlooked?
 
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If a neutron is more complex than either the proton or electron, it is reasonable to assume the protons and electrons came first.
 
  • #3
nature created the neutron

Originally posted by emu
If a neutron is more complex than either the proton or electron, it is reasonable to assume the protons and electrons came first.

Nature created the neutron and planted a singlet positronium at its center and set it free. Because the neutron is decay-wise unstable with half-life of 684 seconds when it expels through its birdcage spherical shell an electron still with its charge and spin and 0.782 MeV - .511 MeV released when the positron quantum-leaps from positronium orbit to dead center of the nucleon shell - plus .256 MeV orbital kinetic energy (1//2 mv^2)that catapults the electron out. Because the centered positron no longer needs its spin (its spin partner has been ejected)and in the only phenomenonal spin stripping, in all of nature, the positron's neutrino spin energy of 15.8 KeV, completes the total .782 MeV yielded, by the total process, to the ejected electron.

Every physicist familiar with spontaineous exothermic process knows that the neutron came first - there is no half-life for the reverse process of shoveing an electron and a positron-spin back into the proton shell.

If anyone doubts this story you tell them that an old arm-waving quack flew away in a very weird manner - you just have to know how to wave.
Cheers
 
  • #4
Just after the big bamg, the universe consisted of pure energy (lots of photons). These photons led to the production of quarks and leptons (and their antiparticles) Because the physics is slightly different, there developed a net excess of particles (as compared to antiparticles). As the universe expanded (and cooled), quarks combined to form protons and neutrons, leading to deuterons, He3, He4, Li6, and Li7 nuclei (all this happening is a matter of seconds). By the time the neutrons decayed into protons ,electrons, and anti-neutrinos, the light element nuclei had been formed.
 

1. What is neutron decay and why is it important?

Neutron decay is the process by which a neutron transforms into a proton, an electron, and an antineutrino. This process is important because it helps to explain the abundance of elements in the universe and provides insights into the early stages of the universe's formation.

2. How does neutron decay occur?

Neutron decay occurs through the weak nuclear force, which is one of the four fundamental forces of nature. This force is responsible for the transformation of the neutron into a proton, electron, and antineutrino.

3. What are the current theories on the origins of the universe?

There are several theories on the origins of the universe, including the Big Bang theory, inflationary theory, and the cyclic model. These theories all attempt to explain the beginning of the universe and how it has evolved over time.

4. How does studying neutron decay help us understand the origins of the universe?

Studying neutron decay can provide valuable insights into the conditions of the universe during its early stages. By understanding the processes that occur during neutron decay, scientists can gain a better understanding of the fundamental forces and particles that govern the universe.

5. What are some current research efforts in understanding neutron decay and the origins of the universe?

Scientists are currently conducting experiments with particle accelerators, such as the Large Hadron Collider, to study the properties of subatomic particles and their interactions. They are also using astronomical observations and computer simulations to further our understanding of the origins of the universe and the role of neutron decay in it.

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