研究表明Higgs boson的早期宇宙不稳定性 是稳定热效应防止的。 Study suggests early universe instability from Higgs boson was prevented by stabilizing thermal effects.

一项新的研究表明,希格斯波森的不稳定性 可能已经结束了宇宙的早期, 但稳定热效应阻止了它。 A new study suggests that the Higgs boson's instability might have ended the universe in its early stages, but stabilizing thermal effects prevented it. 那些比几千亿克轻的原始黑洞可能作为热源来破坏希格斯玻色子的稳定, 但研究表明它们的存在会导致希格斯玻色子过早地结束宇宙. Primordial black holes, lighter than a few thousand billion grams, could have acted as heat sources to destabilize the Higgs boson, but research indicates that their presence would have caused the Higgs boson to end the cosmos prematurely. 这一研究突出了了解希格斯波森特性及其与宇宙中其他颗粒和能源的潜在相互作用的重要性。 This research highlights the importance of understanding the properties of the Higgs boson and its potential interactions with other particles and energy sources in the universe.