Is Physics Nearing Its End or Just Beginning?

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Discussion Overview

The discussion revolves around the future prospects of various fields of physics, exploring whether physics is nearing its end or just beginning. Participants share their views on the current state and potential developments in physics, including theoretical, experimental, and applied aspects.

Discussion Character

  • Exploratory
  • Debate/contested
  • Technical explanation

Main Points Raised

  • Some participants express a desire for an introduction to the future prospects of every field of physics.
  • One participant references a historical quote suggesting that physics is a "dead-end street," implying a belief that the field may be nearing completion.
  • Another participant, an engineer, advocates for learning physics to apply it in engineering, suggesting that while researchers may have more fun, engineers tend to earn more.
  • A participant entering condensed matter physics highlights ongoing research and funding opportunities in the field, mentioning topics like high temperature superconductors and quantum computing.
  • Some participants humorously suggest that physics may seem finished but actually has much left to explore, with one remarking that "all that's left in physics is stamp collecting." This is framed as a joke about the cyclical nature of scientific discovery.
  • Another participant notes that throughout history, physicists have often believed they were close to fully understanding the field, only for groundbreaking discoveries to challenge existing knowledge and lead to new theories.

Areas of Agreement / Disagreement

Participants express a mix of skepticism about the completeness of physics and optimism regarding future research opportunities. There is no consensus on whether physics is nearing its end or just beginning, with multiple competing views present.

Contextual Notes

Some statements reflect personal biases and humor, which may influence the interpretation of the current state of physics. The discussion includes varying perspectives on the relevance and future of different physics fields.

Who May Find This Useful

This discussion may be of interest to students considering a career in physics or engineering, researchers in condensed matter physics, and anyone curious about the evolving landscape of physics research.

af394
I just want to know the future prospects of every field of physics.Who can offer me an introduction?
 
Physics news on Phys.org
As Max Planck's physics teacher supposedly told him (c. 1880):
Physics is finished, young man. It's a dead-end street.​
:wink:
 
af394 said:
I just want to know the future prospects of every field of physics.Who can offer me an introduction?
As an old engineer, I am biased, but if it is advice you're looking for, I would say learn as much physics as you can then apply it in the field of engineering. We get paid more than the researchers, but I imagine they have more fun :smile:
 
I'm going into condensed matter physics, and like to try to turn others onto the field. There is a lot of research, theoretical, experimental, and applied, going on in CM. Also CM has a good amount of funding, but also has more competition for the money.

There is a lot of interesting new research going on in condensed matter. High temperature superconductors, quantum computing, and Bose-Einstein condensates are just a few of the topics being studied by CM research groups out there.
 
DOC AI,I guess what you mean is that,physics seems to be finished,but actually we have much to do in the field.Right?
 
af394 said:
DOC AI,I guess what you mean is that,physics seems to be finished,but actually we have much to do in the field.Right?

All that's left in physics is stamp collecting
 
af394 said:
DOC AI,I guess what you mean is that,physics seems to be finished,but actually we have much to do in the field.Right?

It's a joke. Throughout history, physicists always thought that they were juuuuust about to figure out everything there is to know about physics and then something ground-breaking occurs that throws what we thought we knew about physics into question and eventually entire new fields and theories come into play.
 

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