Non-extensive self-consistent thermodynamical theory
In experimental physics, researchers have proposed non-extensive self-consistent thermodynamic theory to describe phenomena observed in the Large Hadron Collider (LHC). This theory investigates a fireball for high-energy particle collisions, while using Tsallis non-extensive thermodynamics. Fireballs lead to the bootstrap idea, or self-consistency principle, just as in the Boltzmann statistics used by Rolf Hagedorn. Assuming the distribution function gets variations, due to possible symmetrical change, Abdel Nasser Tawfik applied the non-extensive concepts of high-energy particle production.
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- enIn experimental physics, researchers have proposed non-extensive self-consistent thermodynamic theory to describe phenomena observed in the Large Hadron Collider (LHC). This theory investigates a fireball for high-energy particle collisions, while using Tsallis non-extensive thermodynamics. Fireballs lead to the bootstrap idea, or self-consistency principle, just as in the Boltzmann statistics used by Rolf Hagedorn. Assuming the distribution function gets variations, due to possible symmetrical change, Abdel Nasser Tawfik applied the non-extensive concepts of high-energy particle production.
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- enIn experimental physics, researchers have proposed non-extensive self-consistent thermodynamic theory to describe phenomena observed in the Large Hadron Collider (LHC). This theory investigates a fireball for high-energy particle collisions, while using Tsallis non-extensive thermodynamics. Fireballs lead to the bootstrap idea, or self-consistency principle, just as in the Boltzmann statistics used by Rolf Hagedorn. Assuming the distribution function gets variations, due to possible symmetrical change, Abdel Nasser Tawfik applied the non-extensive concepts of high-energy particle production. The motivation to use the non-extensive statistics from Tsallis comes from the results obtained by Bediaga et al. They showed that with the substitution of the Boltzmann factor in Hagedorn's theory by the q-exponential function, it was possible to recover good agreement between calculation and experiment, even at energies as high as those achieved at the LHC, with q>1.
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- enNon-extensive self-consistent thermodynamical theory
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- Abdel Nasser Tawfik
- Boltzmann statistics
- Bosons
- Category:Experimental particle physics
- Category:Nuclear physics
- Category:Principles
- Density of states
- Distribution function (physics)
- Entropy
- Experimental physics
- Fermions
- Fireball concept
- High-energy particle
- High energy physics
- Jean Cleymans
- Large Hadron Collider
- LHC
- Mass spectrum
- Partition function (statistical mechanics)
- Rolf Hagedorn
- Self-consistency principle in high energy physics
- Thermofractals
- Tsallis entropy
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- fupK
- m.0vpsf57
- Non-extensive self-consistent thermodynamical theory
- Q17104959
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- Category:Experimental particle physics
- Category:Nuclear physics
- Category:Principles
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