  Recently, one of my articles presented intriguing findings on the
superradiant stability of Kerr black holes. These findings drew conclusions
that appear to challenge the established ``No Hair Theorem". As is widely
known, the ``No Hair Theorem" stems from the principles of general relativity.
In this paper, we thoroughly examine the nexus between Bell's theorem and the
uncertainty principle. By delving deep into the theoretical underpinnings of
both concepts, we illustrate that Bell's theorem occupies a more foundational
stance within the landscape of uncertainty. This gives rise to a particular
probability, shedding light on why the no-hair theorem might not hold in the
face of quantum effects. It's possible that while the no-hair theorem remains
valid, the combined effects of classical and quantum mechanics introduce
additional variations to the three parameters of the black hole. This nuance
could represent a modest advancement in cosmological research.

General Physics