Re: The HOAX of the neutrino invention. After 95 years don't know shit.

Question to ChatGPT (DeepSeek is better, but it's down).
QUESTION: Why neutrinos are so important in quantum physics?
ChatGPT said:
Neutrinos are incredibly important because they offer insight into the
fundamental forces and particles in the universe.
1. They Challenge the Standard Model
Neutrinos were originally thought to be massless, which was consistent
with the Standard Model of particle physics. However, experiments in the
late 1990s, such as the discovery of neutrino oscillations, showed that
neutrinos have a small but non-zero mass. This revelation was a major
breakthrough, suggesting that the Standard Model was incomplete and that
there must be physics beyond it.
Understanding the exact nature of neutrino mass could lead to a deeper
understanding of the universe.
2. Neutrino Oscillations
The phenomenon of neutrino oscillations—the process by which neutrinos
change from one type (or flavor) to another—provides a clear example of
quantum mechanics in action. This behavior requires the quantum
mechanical concept of superposition, where a particle like a neutrino
can exist in multiple states simultaneously.
3. Insight into Particle Physics and Cosmology
Neutrinos play a key role in both particle physics and cosmology. They
were produced in huge numbers during the Big Bang, and understanding
them can help us learn more about the early universe. Neutrinos also
interact weakly with matter, meaning they can travel long distances
through space and even pass through the Earth without much interaction.
This makes them valuable messengers for studying distant astrophysical
phenomena, such as supernovae and the early universe.
4. Weak Force and Quantum Field Theory
Neutrinos interact with other particles via the weak force, one of the
four fundamental forces of nature, which is described by quantum field
theory. The weak force is responsible for processes like beta decay, and
neutrinos are often emitted in such reactions. The study of neutrinos
helps us refine our understanding of weak interactions and how they fit
into the broader framework of quantum field theory.
5. The Neutrino as a Probe for New Physics
Because neutrinos are so weakly interacting, they can be used as a probe
to explore phenomena beyond the reach of other particles. For instance,
scientists hope that neutrinos could offer clues about dark matter and
dark energy, which make up most of the universe's mass-energy content
but are not directly detectable by conventional means. Neutrino
experiments are a promising avenue for studying these mysterious
components of the cosmos.
In summary, neutrinos are important because they provide a window into
the mysteries of the universe that we can't access with other particles.
Their role in quantum mechanics, their contribution to our understanding
of the forces of nature, and their potential to reveal new physics make
them central to the study of quantum physics and cosmology.
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MY CONCLUSION: Originally invented by Pauli in 1930 to save the law of
conservation of energy in beta decays (neutrons decay into protons and
electrons), they started to be used since the 1960s to solve ANY PROBLEM
in quantum physics WHERE CALCULATIONS FAIL (minor differences, but yet
relevant).
Even when not said by ChatGPT, they are a valuable excuse to justify
dark matter, dark energy and other mysteries in COSMOLOGY, much more
than Higgs crap and similar lunatic proposals.
But I doubt they EVEN EXIST. They are THEORETICAL CONSTRUCTS, like Higgs
boson and similar shit.
The world is rapidly degenerating, as it was never seen in history. Look
around about politics, economy, kazharian fiat money (USD, Euros, etc.),
food and energy inflation, AI crushing workforce rapidly, technology
dead ends, social wars on everything, overpopulation, proxy hot wars,
illiteracy in young people, misuse of smartphones and apps, fraud and
crime at state levels, rewriting of modern history, etc.
Physics is as corrupt as the society where it's developed today.