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Paul Wiegmann
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Publication Director, American College of Radiology
Springfield
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By Valdemar Melin, Yuta Sekiguchi, Paul Wiegmann Verified, Konstantin Zarembo| Physical Review B@ The two-dimensional Gross-Neveu model is anticipated to undergo a crystalline phase transition at high baryon charge densities. This conclusion is drawn from the mean-field approximation, which closely resembles models of Peierls instability. We demonstrate that this transition indeed occurs when both the rank of the symmetry group and the dimension of the particle representation contributing to the baryon density are large (the large N limit).
By Paul Wiegmann Verified| physicstoday.scitation.org@ Article Metrics Views 4 Citations Crossref 0 Web of Science ISI 0 Altmetric Please Note: The number of views represents the full text views from December 2016 to date. Article views prior to December 2016 are not included.
By Valdemar Melin, Yuta Sekiguchi, Paul Wiegmann Verified, Konstantin Zarembo| Physical Review B@ The two-dimensional Gross-Neveu model is anticipated to undergo a crystalline phase transition at high baryon charge densities. This conclusion is drawn from the mean-field approximation, which closely resembles models of Peierls instability. We demonstrate that this transition indeed occurs when both the rank of the symmetry group and the dimension of the particle representation contributing to the baryon density are large (the large N limit).
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American College of Radiology
Reston, Virginia, United States
+1 703-648-8900