Single man revolution in Theoretical Physics today?

In summary, today we have many people who are contributing to scientific breakthroughs, but it is rare for a single person to be recognized with a Nobel Prize. These breakthroughs are usually the result of an individual's creative process, rather than a team effort.

Will there likely be a single man revolution in theoretical physics today?


  • Total voters
    10
  • #1
pivoxa15
2,255
1
In the past we had single man revolutions in theoretical physics like Galileo, Newton, Einstein. Will there likely be another figure as big as them today? Or will today be more groups of people building up their ideas rather than a single person producing all the big ideas?
 
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  • #2
none of those were truly single man revolutions, off the top of my head galileo built off of copernicus' ideas who himself built off of aristarchus of somos, Newton built off of galilean relativity, and einstein had maxwell
 
  • #3
pivoxa15 said:
In the past we had single man revolutions in theoretical physics like Galileo, Newton, Einstein. Will there likely be another figure as big as them today? Or will today be more groups of people building up their ideas rather than a single person producing all the big ideas?

I mentioned this in another thread--yes.


It may be that all these men used the knowledge of previous ideas, yet they were singly the 'ones' that had the creative spark--and it will almost always be that way. Rarely does even the Nobel committee recognize the 'groups' for its prizes (yes, it does 'sometimes'). Its a an individual's creative process usually that makes a 'leap'--teams can help build the idea, but not initial 'idea'. Like a painting, a poem, or a paper, its the individual who initiates the process of invention through a creative mind.
 
  • #4
ice109 said:
none of those were truly single man revolutions, off the top of my head galileo built off of copernicus' ideas who himself built off of aristarchus of somos, Newton built off of galilean relativity, and einstein had maxwell

Offcourse. I just like to compare the extent of single handedness today with the past.
 
  • #5
There are still single man revolutions today, I believe.. It's just become so 'corporate' that the person behind the idea cannot be mentioned but as a group.

Like we have the infamous 'father of stealth technology'.. Which otherwise remained unknown if he haven't created a big mess, we'd instead hearing only 'Boeing'...

Even bigger revolutions are being made.. Other than, there's too many nowadays making 'quantum leaps' (due to the benefits of 20th/21st century technology such as advanced scientific tools and internet). Too many that you can't just single out one of them. And sometimes, the discovery is far too complex to be comprehended by anyone(unlike Galileo's Newton's). So it never gets too famous

..Too many people making revolutions nowadays as compared hundred years ago, you can't just single out one or few.
 
  • #6
A lot of big developments these days will involved massive collaborations (ITER, LHC, LIGO), but the public likes to put a face and personality to developments, so I'm sure some individual will again come to be remembered disproportionately above others. :wink:
(Not today though. Maybe next season.)
 
  • #7
well, throughout the history, its always been, "who invented/discovered the (fill in the blank)?"--or "who thought of (fill in the blank) first?"...

It happens in so much of a high percentage that I have never heard the question, "what team/group invented/discovered the (fill in the blank)?" as an initial question (unless the person asking the question is 'asking' for a 'group' answer-and 'knows' the answer, thereby 'biasing' the question's form and the answer)--it may be 'the answer' to some questions--but its not generally. Even in a 'group' (of anything-in the 'real world'), 'something' (not 'somethings') is 'first'----as 'leader of the pack'.


Even when there are 'group/massive collaborations', there is always one (individual) that initiates the process--just as there is in any 'physics' (or any other area) process/action/reaction--(eg--a chain reaction).


Anything that 'looks' like a almost impossible undertaking (a 'thing' that seemingly can't be done alone), still has to be started by a single individual, eg --the pyramids.
 
Last edited:

1. What is the single man revolution in Theoretical Physics?

The single man revolution in Theoretical Physics refers to the idea that a single individual can make groundbreaking contributions to the field of theoretical physics, challenging long-standing theories and revolutionizing our understanding of the universe.

2. Who is considered to be the most influential single man in Theoretical Physics today?

The answer to this question is subjective, as there are many brilliant minds contributing to the field of theoretical physics. Some may argue that Stephen Hawking, with his work on black holes and the theory of everything, is the most influential, while others may point to names like Leonard Susskind, Roger Penrose, or Edward Witten.

3. What are some examples of single man revolutions in Theoretical Physics?

Examples of single man revolutions in Theoretical Physics include Albert Einstein's theory of relativity, which challenged Newtonian physics, and Richard Feynman's contributions to quantum electrodynamics, which revolutionized our understanding of subatomic particles.

4. How do these single man revolutions impact the field of Theoretical Physics?

Single man revolutions in Theoretical Physics have a profound impact on the field, as they often lead to new theories and discoveries that challenge our current understanding of the universe. These revolutions can also inspire other scientists to think outside the box and push the boundaries of what is known.

5. Is the single man revolution still relevant in modern Theoretical Physics?

Yes, the single man revolution is still highly relevant in modern Theoretical Physics. While collaboration and teamwork are important in science, the contributions of individuals continue to play a crucial role in advancing our understanding of the universe. Many current theories and discoveries are the result of the work of single individuals.

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