Is it true that physicists have their best ideas in 20s?

In summary, the age at which theoretical physicists win Nobel Prizes varies greatly and there is no set age for when it is most likely to occur. Two examples of Nobel Prize winners who were older at the time of their work are Max Planck at 43 and John Bardeen in his 50s for his work on superconductivity. However, comparing oneself to historical figures is not useful as the state of human knowledge has grown significantly and most modern scientists are still learning in their 20s. The average age for physicists to receive a Nobel Prize is 37.2, with a slight increase in recent years. The OP could easily find this information by looking at the biographies of past winners.
  • #1
td21
Gold Member
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8
Which theoretical physicists win nobel prize based on their works in 30s or 40s?
 
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  • #2
I can name two who were older. I think Max Planck was 43 or thereabouts and John Bardeen was in his 50's or older for the work of his 2nd Nobel prize (superconductivity).
 
  • #3
I think this is one of those memes that only serves to put a lot of unnecessary pressure on people. It's one of the driving reasons why we see posts here from people who believe they are too old to learn physics or that their opportunity has somehow passed them by when they are only in their early twenties.

It's important to remember that historical context doesn't apply. I've seen people compare themselves in modern times with Michael Faraday! The thing is, that the state of human knowledge has grown considerably. Most people are close to 30 or even past it when they are awarded their PhDs. Then they have to do post-doctoral work, and it's not until they are into their mid thirties or even pushing 40 until their in a position to really put a lot of effort into their own "best" ideas. The fact of the matter is that while you may be in your "prime" physically in your 20s, most modern scientists are still learning at that stage of life.
 
  • #4
The question in the title of the thread's answer is "no". Jones and Weinberg calculate the mean age of the scientist at the time of the research leading to a Nobel prize and for physicists it is 37.2. Post 1985, it's 0.3.

The question in Post #1 could be answered by looking at the biographies of the winners. Sure, we could do this, but so could the OP.
 

1. Is it true that physicists tend to have their best ideas in their 20s?

There is no definitive answer to this question as it varies from person to person. Some physicists may have their best ideas in their 20s while others may have them later in life. It ultimately depends on the individual's personal and professional experiences.

2. What factors contribute to physicists having their best ideas in their 20s?

Some possible factors could include having a fresh perspective and curiosity in their field, as well as being exposed to new and cutting-edge research. Additionally, being in their 20s may also provide physicists with more time and energy to devote to their work.

3. Do physicists still come up with groundbreaking ideas later in their careers?

Yes, many physicists continue to have groundbreaking ideas and make significant contributions to their field throughout their entire careers. As they gain more knowledge and experience, they may have a deeper understanding of their research and come up with more complex and innovative ideas.

4. Are there any famous physicists who had their best ideas in their 20s?

Yes, there are many famous physicists who had their best ideas in their 20s, such as Albert Einstein, who published his theory of relativity at the age of 26, and Marie Curie, who discovered radium at the age of 26. However, there are also many famous physicists who made significant contributions later in life, such as Stephen Hawking, who published his groundbreaking work on black holes in his 30s and 40s.

5. Can physicists continue to have their best ideas as they age?

Yes, many physicists continue to have their best ideas as they age. As they gain more knowledge and experience, they may have a deeper understanding of their research and come up with more complex and innovative ideas. Additionally, with advancements in technology and access to new data, physicists may continue to make groundbreaking discoveries throughout their entire careers.

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