Laser Physics or Artificial Intelligence

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SUMMARY

The discussion centers on the choice between pursuing Laser Physics and Artificial Intelligence (AI), specifically Machine Learning and Pattern Recognition. Participants emphasize that both fields require a solid understanding of mathematics, which the original poster finds unappealing. The consensus is that engaging in scientific activities necessitates a commitment to studying math, contradicting the poster's desire to avoid it. Ultimately, the conversation highlights the importance of aligning personal interests with the mathematical demands of these scientific disciplines.

PREREQUISITES
  • Understanding of basic mathematical concepts relevant to scientific inquiry.
  • Familiarity with the principles of Laser Physics.
  • Knowledge of Machine Learning algorithms and their applications.
  • Awareness of the role of mathematics in scientific research.
NEXT STEPS
  • Research the mathematical foundations of Machine Learning algorithms.
  • Explore the principles of Laser Physics and its applications in technology.
  • Investigate the current trends in AI and how they relate to scientific research.
  • Learn about interdisciplinary fields that combine physics and AI, such as quantum computing.
USEFUL FOR

This discussion is beneficial for individuals considering a career in scientific research, particularly those interested in Laser Physics or Artificial Intelligence, as well as students evaluating their aptitude for mathematics in these fields.

ahs
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Hello.
I have a bachelor degree in physics and I'm an embedded programmer now.
I would like to engage in scientific activities, but I can't choose the area: Laser Physics or Artificial Intelligence (Machine Learning, Pattern Recognition...).
I heard opinion that artificial intelligence - the area is quite boring, mainly related to the meticulous study of algorithms or "primitive selection of parameters for algorithms and preparation of input data for them."
By the way, I do not like studying mathematics in large quantities.
 
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ahs said:
like studying mathematics in large quantities.


Then I believe you will enjoy neither Laser Physics or Artificial Intelligence.

The fact that you have listed two fields with so little in common suggests that you like the "idea" of these fields but you really know nothing about them. Do you research than follow what interests you.
 
ahs said:
I would like to engage in scientific activities
By the way, I do not like studying mathematics in large quantities.

Sorry, but those two statements are just contradictory.

You can't "engage in" any form of "scientific activity", except for reading pop-sci books, without "studying math in large quantities".
 
AlephZero said:
Sorry, but those two statements are just contradictory.

You can't "engage in" any form of "scientific activity", except for reading pop-sci books, without "studying math in large quantities".

unless you are doing biology or chemistry (at least some chemistry).
 
Physics_UG said:
unless you are doing biology or chemistry (at least some chemistry).

Sounds like you aren't really up-to-date with current biology.
 
analogdesign said:
Sounds like you aren't really up-to-date with current biology.

not all biology involves math so you can certainly do some biology without extensive math. I thought it was rather clear what I meant.
 

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