The laws of quantum mechanics have been extensively tested and confirmed through numerous experiments, and they provide a highly accurate description of the behavior of particles at the quantum level.
The no-communication theorem is a fundamental principle in quantum mechanics that states that it is impossible to use quantum entanglement to communicate information faster than the speed of light. This theorem is a consequence of the principles of locality and causality, which are deeply ingrained in our understanding of the universe.
The alpha constant you mentioned is not a term typically used in the context of quantum mechanics or the no-communication theorem. However, it's important to note that the properties of entanglement, such as the degree of correlation between entangled particles, are quantified by other parameters, such as the Bell inequalities or the entanglement entropy, rather than an alpha constant.
If one were to propose a modification to the laws of quantum mechanics that somehow altered the no-communication theorem, it would need to satisfy several criteria. Firstly, any proposed modifications would have to be consistent with existing experimental observations, as quantum mechanics has been confirmed to an extraordinary degree of precision. Additionally, such modifications would need to be supported by empirical evidence and robust theoretical frameworks.
To date, there is no scientific evidence or widely accepted theoretical framework that suggests a modification of quantum mechanics to allow for faster-than-light communication while remaining consistent with known observations. The no-communication theorem remains a fundamental principle in our current understanding of quantum mechanics.