Neutrino Experiments at CERN: c=? | Is the Answer Out There?

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In summary, there has been discussion in the scientific community about the Neutrino experiment at CERN, which has led to two possibilities: the actual speed of light may be different from our current value, or the Neutrino may move faster than the speed of light. There has also been discussion regarding the idea that a photon has mass while a neutrino has less mass than a photon. It is recommended for armchair physicists to read the rules of the existing thread on this topic.
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Noja888
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The current information in regards to the Neutrino experiment at CERN leads me to two possibilities.

1. The actual speed of light is possibly a bit different than our current value.

OR

2. The Neutrino does move faster than c.

Is the scientific community leaning one direction or the other? Or has their been discussion on the idea that a photon has mass and a neutrino has less mass than the photon? Are these the correct questions an armchair physicist like myself should ponder?
 
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Related to Neutrino Experiments at CERN: c=? | Is the Answer Out There?

What are neutrinos?

Neutrinos are subatomic particles that have no electric charge and very little mass. They are one of the fundamental particles that make up the universe.

Why are neutrino experiments conducted at CERN?

CERN, the European Organization for Nuclear Research, is home to the world's most powerful particle accelerator. This allows scientists to create and study high-energy collisions that produce neutrinos, providing valuable information about their properties.

What is the purpose of studying neutrinos at CERN?

Studying neutrinos can help scientists understand the fundamental building blocks of the universe, as well as the nature of matter and energy. Neutrino experiments at CERN also have practical applications, such as improving medical imaging technology.

What is the role of the Large Hadron Collider (LHC) in neutrino experiments at CERN?

The LHC is a powerful particle accelerator that can create high-energy collisions. These collisions can produce neutrinos, which can then be studied by detectors at CERN. The LHC also provides data that can help scientists understand the properties of neutrinos.

Is the answer to the mysteries of the universe "out there" in neutrino experiments at CERN?

While neutrino experiments at CERN have provided valuable insights into the nature of the universe, they are just one piece of the puzzle. Scientists are continually conducting experiments and gathering data to better understand the mysteries of the cosmos.

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