- #26
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There are SEVERE misunderstandings here about the reason why one gets a degree in physics in one's pursuit of either a career in physics, or making a contribution to the body of knowledge of physics. I've said this many times, but the main reason we teach people all of these things in schools is so that when something NEW and important comes along, they will truly know that it is new and important! If you lack the knowledge and awareness of what can already be explained, how are you to know if something is truly new even if it comes up and bite you on your rear end?
Most people seem to think that a physics graduate degree is nothing more than repeating what's already in textbooks. Nothing could be further than the truth here. A ph.d granting instutition requires that your dessertation be something NEW, and this can only be proven via publications in respected peer-reviewed journals. So how could producing something new as a requirement for a Ph.D degree be seen as merely working inside the box and not be creative? Try repeating and verifying what have already been known and understood. Do you think you can get away with doing your thesis research on those?!
Now, here's something shocking. I learn a lot of the stuff that I currently do almost on my own. I learned about tunneling spectroscopy on my own. I learned angle-resolved photoemission spectroscopy on my own, and I practically had to relearn a whole new field of accelerator physics on my own, except for a 10-day survey of the field. Most physicists, if you bother to talk to them, will tell you that what you were taught in school forms the FOUNDATION of not only the knowledge, but the SKILLS towards either becoming a physicist, or the ability to ANALYZE a physics problem. You do not sit and read a book to get this. The skill comes from either repeated practice, or by seeing how things are done. I do not care how much you understand a theory, but if you have ZERO skills at tackling a problem AND proving that you can solve it, you are of no use to anyone. We ALL end up having to learn a lot of things on our own because that is the nature of our work!
But most importantly, physics is still a human endeavor. How you communicate your ideas is as important and what you are communicating. If you are innundated with hundreds of papers per day, do you think you'll pay attention to a single paper done by some joe schmoe who have no track records, do not have the ability to even clearly explain his idea, and can't even get that idea published?
Of course, when discussion like this occurs, the name of Einstein keeps popping up. All I can say is, how many of you here think you are on par with Einstein, or even a Freeman Dyson? Just how often do these occur? So REALISTICALLY, what are your chances in (i) that you are actually right and (ii) that you can actually produce something of value based on such probability?
Zz.
Most people seem to think that a physics graduate degree is nothing more than repeating what's already in textbooks. Nothing could be further than the truth here. A ph.d granting instutition requires that your dessertation be something NEW, and this can only be proven via publications in respected peer-reviewed journals. So how could producing something new as a requirement for a Ph.D degree be seen as merely working inside the box and not be creative? Try repeating and verifying what have already been known and understood. Do you think you can get away with doing your thesis research on those?!
Now, here's something shocking. I learn a lot of the stuff that I currently do almost on my own. I learned about tunneling spectroscopy on my own. I learned angle-resolved photoemission spectroscopy on my own, and I practically had to relearn a whole new field of accelerator physics on my own, except for a 10-day survey of the field. Most physicists, if you bother to talk to them, will tell you that what you were taught in school forms the FOUNDATION of not only the knowledge, but the SKILLS towards either becoming a physicist, or the ability to ANALYZE a physics problem. You do not sit and read a book to get this. The skill comes from either repeated practice, or by seeing how things are done. I do not care how much you understand a theory, but if you have ZERO skills at tackling a problem AND proving that you can solve it, you are of no use to anyone. We ALL end up having to learn a lot of things on our own because that is the nature of our work!
But most importantly, physics is still a human endeavor. How you communicate your ideas is as important and what you are communicating. If you are innundated with hundreds of papers per day, do you think you'll pay attention to a single paper done by some joe schmoe who have no track records, do not have the ability to even clearly explain his idea, and can't even get that idea published?
Of course, when discussion like this occurs, the name of Einstein keeps popping up. All I can say is, how many of you here think you are on par with Einstein, or even a Freeman Dyson? Just how often do these occur? So REALISTICALLY, what are your chances in (i) that you are actually right and (ii) that you can actually produce something of value based on such probability?
Zz.