Does advancement of computers mean physicists are obsolete?

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Discussion Overview

The discussion centers around the implications of advancements in computer technology on careers in physics and other STEM fields. Participants explore whether the rise of computers and AI could render human scientists obsolete or if this notion is exaggerated. The conversation includes perspectives on the current capabilities of computers, the nature of scientific work, and the potential future of STEM careers.

Discussion Character

  • Debate/contested
  • Exploratory
  • Conceptual clarification

Main Points Raised

  • Some participants express concern that computers may replace scientists, suggesting that pursuing careers in physics could be futile.
  • Others argue that computers currently lack critical thinking abilities and cannot operate independently without human input.
  • A participant questions whether the fears expressed in articles about computer replacement are overblown, citing tools like IBM Watson as examples of advanced capabilities.
  • Some participants believe that advancements in technology are driven by human effort and creativity, implying that computers alone cannot evolve to replace scientists.
  • There are references to historical predictions about technology, such as flying cars, suggesting skepticism about current fears regarding job displacement.
  • One participant notes that while computers may assist in research, they are unlikely to fully replace the critical thinking required in scientific inquiry.
  • Another participant discusses the potential for machines to take over specific tasks in design and research, but emphasizes that significant human oversight will remain necessary for the foreseeable future.

Areas of Agreement / Disagreement

Participants do not reach a consensus. There are competing views on the validity of concerns regarding job displacement in STEM fields due to advancements in computer technology. Some believe the fears are exaggerated, while others see a potential risk.

Contextual Notes

Participants express uncertainty about the future capabilities of computers and the implications for human roles in scientific research. The discussion reflects a range of assumptions about the pace of technological advancement and the nature of scientific work.

  • #31
The one thing that most people forget is that there is a difference between science itself, and being a scientist. I've always said that while it may be possible for one to learn about a particular subject simply by learning from books, papers, lectures, etc., one doesn't become a scientist that way. Being a scientist involved many aspect of social and cultural activities, not least of which is pleading the importance of your case, especially to funding agencies. Because of this, a scientist needs to know the difference between what is important, versus what is interesting. Those two are not always mutually inclusive! Something may be "interesting" because it is an unsolved problem. A computer may be able to detect that it is an unsolved problem. But how would a computer know that it is "important"?

Reference https://www.physicsforums.com/threa...rs-mean-physicists-are-obsolete.805104/page-2
when our jobs are reduced to simply guiding the computer to what is important and what is not, and providing simple parameters of thinking for computers. Then you'll be more of a humble guide than a physicist or scientist. You won't be replaced as a person but your job would have been taken.
 
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  • #32
abdullahi abass said:
when our jobs are reduced to simply guiding the computer to what is important and what is not, and providing simple parameters of thinking for computers. Then you'll be more of a humble guide than a physicist or scientist. You won't be replaced as a person but your job would have been taken.

But I don't see it being reduced to just that! Read the entire post!

Zz.
 
  • #33
ZapperZ said:
But I don't see it being reduced to just that! Read the entire post!

Zz.
Let's use Isaac Newtons famous works to remind ourselves of the basic definition of a physicist: He studies nature and brings out the underlying mathematical principles. If programs like "eureka" can already do that and if they do get better as all computers are. Then its only logical the think that the main idea of being a physicist would have been taken away.
 
  • #35
abdullahi abass said:
Lets use Isaac Newtons famous works to remind ourselves of the basic definition of a physicist: He studies nature and brings out the underlying mathematical principles. If programs like "eureka" can already do that and if they do get better as all computers are. Then its only logical the think that the main idea of being a physicist would have been taken away.

As I've said, show me a computer that can derive superconductivity.

Since since when did Newton defined what a physicist is, and should be, 100 years beyond him?

Zz.
 
  • #36
Almeisan said:
Well, only if you are religious. Or, if your definition of a computer is limited by our current technology. Surely our brains are nothing like our computers, as of yet. Surely our brains are made of stuff, and therefore machines, not magic.

True.

Biology is just a way of explaining some physical activity. Life has no special status apart from other chemistry. The dichotomy between life and non life is artificial. There had never been a carbon atom that acted one way because it was in an organism and another way because it was was not.

To the question...just a matter of time. However, nothing in our lifetimes to make our brains redundant in many fields.
 
  • #37
I still think the human mind is overrated. No mind can actually conceive an idea that has no clue whatsoever in the world around us. Here's what I mean: "imagine a color that doesn't exist" or ponder this: if you were trapped in a box all your life with no sight, feel, sound or smell, would you have an "imagination"? , what would you imagine? No human can conceive a concept without prior information, so I see no reason to criticize a computer because it can't do the same
 
  • #38
abdullahi abass said:
I still think the human mind is overrated. No mind can actually conceive an idea that has no clue whatsoever in the world around us. Here's what I mean: "imagine a color that doesn't exist" or ponder this: if you were trapped in a box all your life with no sight, feel, sound or smell, would you have an "imagination"? , what would you imagine? No human can conceive a concept without prior information, so I see no reason to criticize a computer because it can't do the same
If you think the human mind is overrated, what do you think of computers?
a computer simply does what it is told. It is a piece of hardware. a human mind is much more complicated... if you want more reasons refer to earlier posts in this thread
 
  • #39
abdullahi abass said:
when our jobs are reduced to simply guiding the computer to what is important and what is not, and providing simple parameters of thinking for computers. Then you'll be more of a humble guide than a physicist or scientist. You won't be replaced as a person but your job would have been taken.

Don't think so, as you will be doing important work, being in charge of many computers. Thus, you are still being productive in a work where computers do all the work. Compare that to a person who doesn't have the skill to, or rather isn't better than the next person at, direct computers. They will have no job at all, in a workd where labour has no cost. It will be a very productive economy. (Or an economy where labour has no cost and pollution/resources will be the major cost.) So those people that are productive will have a slice of a very big pie.Best job is to collect profits from companies you own, of course.
 
  • #40
donpacino said:
If you think the human mind is overrated, what do you think of computers?
a computer simply does what it is told. It is a piece of hardware. a human mind is much more complicated... if you want more reasons refer to earlier posts in this thread
How are you sure you just don't do what you're told, after all many scientists including Steven hawking argue that humans don't have free will. He says in the book "the grand design" that if he had adequate information about the cells in your body and the calculating power, he would predict every single decision you make. Maybe were all just robots with complex programming.
 

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