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Melting quarks can produce 10 times the energy of nuclear fusion
Researchers at Tel Aviv University and the University of Chicago have shown that a huge amount of energy – 10 times that of nuclear fusion – can be produced by melting elementary particles called quarks. The study, considered to be a “breakthrough,” was just published in the journal Nature along with a special editorial on the Israeli findings. The research was carried out by TAU physics Prof. Marek Karliner, in cooperation with Prof. Jonathan L. Rosner of the University of Chicago. The researchers calculated the amount of energy that could be generated by the fusion of different types of quarks and found it could be 10-fold greater than the energy generated by nuclear fusion.
A nuclear fusion that occurs in a reactor or a hydrogen bomb is a chain reaction in a mass of particles, creating a huge amount of energy. This is not possible by melting heavy quarks, simply because the raw material cannot be accumulated in the melting process. If we thought for a moment that our discovery had some dangerous application, we would not publish it.”
originally posted by: intrptr
The search for bigger sources of energy is always militarized.
Gasoline produced napalm and fuel-air explosives. Hi explosives resulted from research into better propellants for cannon and artillery.
Dividing the atom (fission), well that road led to the hydrogen bomb (fusion), will lead to...
originally posted by: Revolution9
Do you reckon these guys do discover stuff they don't publish because of the "implications" it would have? They are clearly saying they would not publish anything they identified as having a "dangerous application". I entertain the possibility hat there are some seriously powerful "discoveries" that are kept tightly under wraps.
originally posted by: LABTECH767
originally posted by: intrptr
The search for bigger sources of energy is always militarized.
Gasoline produced napalm and fuel-air explosives. Hi explosives resulted from research into better propellants for cannon and artillery.
Dividing the atom (fission), well that road led to the hydrogen bomb (fusion), will lead to...
That was my immediate first thought, would they call it a fusion bomb or a quark bomb though.
u = X-X-Y and d = (X-Y-Y).
quark --> subquark
originally posted by: micpsi
I have known (yes, known - the story is too long to explain here) for over 30 years that the up (u) and down (d) quarks in nucleons are not fundamental, as the Standard Model of particle physics assumes. Instead, they are composed of three spin-1/2 E8xE8 heterotic superstrings that have two SU(2) doublet states (X,Y), where:
u = X-X-Y and d = (X-Y-Y).
I therefore predict another phase transition will be detected at higher collision energies:
quark --> subquark
accompanied by even greater energy release when the subquark/hypergluon plasma condenses back into quarks and then nucleons.