weak force mystery

[AntonioLao]

The physical force responsible for radioactive decays is attributable to the weak nuclear force of massive vector bosons (W± and Z°). One of the experimental evidence is the possible determination of nuclear binding energy curve shown approximately by the following image.



The curve shows the feasibility of two fundamental nuclear processes, namely fusion and fission. Both aim toward nuclear stability. It is now a fact that the most stable nuclear configuration is that of the chemical element iron (Fe) and Iron56 is the most abundant among iron isotopes. Looking at the empirical chart of relative abundance of isotopes for all chemical elements (not shown), the element iron shows a prominent relative maximum with hydrogen being absolutely the most abundant element found in nature, while heavier and heavier element becoming rarer and rarer.

The mystery is the corresponding relationship between the stability of iron isotopes and its roles within human blood circulatory system. Since iron shows the most of ferromagnetism, its presence in human blood is a key to understanding human magnetic cycles.

[AntonioLao]

Symptoms of Iron deficiency
Anaemia
Tiredness
Pale skin
Sleep problems
"Restless legs"
Impaired mental / intellectual function
Learning, growth and behavioural disturbances in children
Breathlessness
Poor body temperature regulation
Frequent infections
Some types of deafness

[HIGGSBOSONS]

I Have A Question About Neutron Life Time. As We All Know That Neutron Can Lives For Very Long Life Inside The Nucleus Untill The Stability Of The Atom Is Maintained. If We Have An Isolated Nuctron It Decay In Almost 10 Min Why

[AntonioLao]

Why

Because it's slightly heavier than the lightest baryon called a proton.

[Mike Lang]

Because it's slightly heavier than the lightest baryon called a proton.

But why would that make it decay faster?

[harmonygirl]

I think that magnetism is one of the basics of interaction, in a macro as well as a quantum way...

[michellemfry]

The Grand Ballmaster is the Stability of the Proton

Imagine for a moment, the time has come, for the proton to decay. All of creation, all of evolution's path, all of man's interference, all of destiny's work, all of fate's gestures, suddenly are in question.

10^36 years the clock strikes and no amount of money will alter the time read on it's face. Where will all of the protons fall? All the DNA, all the stars, all the thingss that balance the electical charges of the electrons, everything.
Before you say you will not see it, you are filled with protons saved for judgement of just such an event. Photons are excempt, maybe that's why the sun converts so many protons into energy so willingly. Even when a star goes supernova all goes into neutrons.
It's as if the other side of the world is based on neutrons and we are not it.
Sorry, men, but that is what it is like to be the wrong "type" in a world that is ruled by the other type.
So, what will become of all at 10^36 years and proton decay arrives. Think of all the great matter that the proton has become. I wonder if it will survive the decay of the solitary proton. Will higher elements feel the change when the centers of the atoms change?
If I could ask God one thing, that would be it. I wouldn't waste my time blaming her or him or it or them. I wouldn't care about mysteries and unresoved issues in history and literature.
The decay of the proton. Are you planning it, have you done it before, is it something you need, is it the missing thing that makes you God and the rest of us mortals?
Is it 137? Is it your name when you are told I love you anyway?
Well, 137, I already know you, I already love you anyway, and I know your temper, and I know you are not all love, and 137 makes you the only one in Universe One worth talking to since the great ones have all gone and died, resurrected, and gone to another Los Alamos somewhere. They build everything in twos you know.
The love thing, just means, I am not on the Kill Her List. Extensive List I Must say.
So, Mystery of God, Yes, 137, hides your gender well I shall admit, the decay of the proton is the greatest unknown facing mankind. The X. The answer that will be like c was to all other answers in physics. The size of the problem is the first clue. Huge, stable for long time(translates to distance in equation) and then decay.
Or is it others decay while the proton evades decay?
Or is there an even better and twisted view of the whole process, 137?

Imagine the decay of the proton...all of them...not just one....137? Your move...

[AntonioLao]

If the proton gains weight (mass) by eating more pure energy then it is more likely to decay. But pure energy is a rare commodity in the physical universe. It can only be found in the innermost level of infinitesimal space-time as square of energy instead of its square root.