In the theory of superfluid vacuum, masses of elementary particles arise from interaction with a physical vacuum, similarly to the gap generation mechanism in superfluids.[18] The low-energy limit of this theory suggests an effective potential for the Higgs sector that is different from the Standard Model's, yet it yields the mass generation.[19][20] Under certain conditions, this potential gives rise to an elementary particle with a role and characteristics similar to the Higgs boson.
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↑ V. Avdeenkov, Alexander; G. Zloshchastiev, Konstantin (2011). "対数非線形性を持つ量子ボーズ液体: 自己持続性と空間的広がりの出現". Journal of Physics B . 44 (19) 195303. arXiv : 1108.0847 . Bibcode : 2011JPhB...44s5303A . doi : 10.1088/0953-4075/44/19/195303 . S2CID 119248001 .
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