弱耦合无质量SU（5）理论能破坏标准模型S矩阵吗？
Could a Weak Coupling Massless SU(5) Theory Underly the Standard Model S-Matrix?
摘要：
幺正临界坡密子与一个独特的无质量左手SU（5）理论相联系，值得注意的是，它可能为标准模型提供一个非传统的潜在统一。多regge理论表明存在一个{ \it束缚态高能S矩阵}，它通过无质量费米子反常动力学复制标准模型态和相互作用。异常微规范玻色子regions的配置发挥着类似真空的作用。所有粒子，包括中微子，都是具有动力学质量的束缚态（没有希格斯场），（部分）由异常极形成。贡献的零动量手征跃迁打破了SU（5）对称性，成为S矩阵中的矢量SU（3）xU（1）。高能相互作用是伴随着微玻色子和的矢量reggeon交换（强相互作用的奇签名和电弱相互作用的偶签名），强烈增强耦合。非常小的SU（5）耦合，~ 1/120，应该反映在小（马约拉纳）中微子质量。一个尚待发现的彩色六重夸克扇区，产生了暗物质和电弱对称性破缺。反常的颜色因子意味着这个扇区可以在LHC中产生，具有大的截面，并将在双坡密子过程中被明确识别。
英文摘要：
The unitary Critical Pomeron connects to a unique massless left-handed SU(5) theory that, remarkably, might provide an unconventional underlying unification for the Standard Model. Multi-regge theory suggests the existence of a {\it bound-state high-energy S-Matrix} that replicates Standard Model states and interactions via massless fermion anomaly dynamics. Configurations of anomalous wee gauge boson reggeons play a vacuum-like role. All particles, including neutrinos, are bound-states with dynamical masses (there is no Higgs field) that are formed (in part) by anomaly poles. The contributing zero-momentum chirality transitions break the SU(5) symmetry to vector SU(3)xU(1) in the S-Matrix. The high-energy interactions are vector reggeon exchanges accompanied by wee boson sums (odd-signature for the strong interaction and even-signature for the electroweak interaction) that strongly enhance couplings. The very small SU(5) coupling, ~ 1/120, should be reflected in small (Majorana) neutrino masses. A color sextet quark sector, still to be discovered, produces both Dark Matter and Electroweak Symmetry Breaking. Anomaly color factors imply this sector could be produced at the LHC with large cross-sections, and would be definitively identified in double pomeron processes.
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