What Are Unknown Anomalies in Particle Physics?

  • Thread starter Deepak247
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In summary, the conversation is about a recent telecom engineering graduate's interest in atomic science and their request for more knowledge on unknown aspects of science. The topic then shifts to the heaviest possible stable or metastable nucleus, with the answer being Nickel-62. The term "anomaly" is then discussed in relation to particle physics and its meaning as a classical symmetry broken by quantum corrections. Finally, there is a question about the particle physics definition of an unknown anomaly.
  • #1
Deepak247
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Physics's unknown anomalies...

Hi there...I'm Deepak, a recent telecom engineering graduate with firm interest in atomic science, my purpose to join is to know more on the recent updates on the "unkowns" of science, so please help me gain more knowledge...lookin forward to hear from you all...
 
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  • #2


My first problem is regarding the Nucleus...What is the heaviest possible stable or metastable nucleus?
 
  • #3


Well, the most stable nucleus is Nickel-62 because the configuration of neutrons and protons is the greatest equilibrium.
 
Last edited:
  • #4


The term "anomaly" has a precise meaning in particle physics. It refers to a classical symmetry broken by quantum corrections.
 
  • #5


Ok thanks...
 
  • #6


humanino said:
The term "anomaly" has a precise meaning in particle physics. It refers to a classical symmetry broken by quantum corrections.

Ah, but what is the particle physics definition of an unknown anomaly?

A classical symmetry unknown to be broken by quantum corrections?
 

Related to What Are Unknown Anomalies in Particle Physics?

1. What are some examples of unknown anomalies in physics?

Some examples of unknown anomalies in physics include dark matter, dark energy, the origin of the universe, the nature of gravity, and the existence of parallel universes.

2. How do scientists study unknown anomalies in physics?

Scientists use various methods, such as mathematical models, experiments, and observations, to study unknown anomalies in physics. They also collaborate with other scientists and use advanced technology, such as particle accelerators, to gather data and make discoveries.

3. Are unknown anomalies in physics important to study?

Yes, studying unknown anomalies in physics is crucial for advancing our understanding of the universe and developing new technologies. These anomalies often challenge our current theories and lead to new discoveries that can revolutionize our understanding of the world.

4. Can unknown anomalies in physics be explained?

Some unknown anomalies in physics have been explained through new theories or discoveries, while others remain a mystery. The process of explaining an anomaly often requires further research and experimentation.

5. How do unknown anomalies in physics affect our daily lives?

While we may not directly see the effects of unknown anomalies in physics in our daily lives, they play a crucial role in shaping our understanding of the world and the technologies we use. For example, the study of dark matter and dark energy may lead to new energy sources or advancements in space travel.

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