Wnat to research the theory of everything

In summary, if you want to do research in the theory of everything, you should consider pursuing a career in theoretical (particle) physics or high energy physics. While research may not always be well paid, applied science or engineering may be a good option if you want to do research for commercial purposes. During an engineering course, you may not be taught all the concepts of theoretical physics, but you can always go to graduate school after completing your degree. It is also important to continuously learn and stay updated on the subject. While a friend's sudden interest in research may be mysterious, it is important to note that Nobel prizes are often awarded to experimentalists rather than theorists.
  • #1
sadhu
157
0
in what profession i should get if i want to do some research in theory of everything.

right now i am at undergraduate level but in a year or two i will need to pick my field
i want to do research but don't know whether it is well paid or not , but i don't want to become a teacher or prof. .

all these things are forcing me to chose engg.
any information or guidelines will be helpful
 
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  • #2
sadhu said:
in what profession i should get if i want to do some research in theory of everything.

that's in the realm of theoretical (particle) physics/high energy physics.

right now i am at undergraduate level but in a year or two i will need to pick my field
i want to do research but don't know whether it is well paid or not , but i don't want to become a teacher or prof. .

research does not usually equal to good paid. Unless you do "applied science" where you can get a lot of $$ from patent and commercialisation of products.


all these things are forcing me to chose engg.
any information or guidelines will be helpful

engg = Engineering? Engineering can get quite theoretical too but not in the extend of theoretical physics (say). But if you want to do research "for the people" rather than "for knowledge" then probably applied science or "engineering" may be your pick. if unsure just surf the web for info on different research centers/industries etc.
 
  • #3
one more thing i would like to ask is that during my engg. course will i be taught all the concepts of theoretical physics ,like what is taught in B.Sc

if that is true then i think that after doing my engg. , i will do research in theory of everything privately...but for that i will need to know the basic concepts of graduate level (in theoretical science)

well their is a friend of mine having no interest in research ,but seeing a prog. in
discovery he suddenly felt motivated to do what i wish to do

certainly there is something mysterious behind that theory
and certainly this is the only way i can get Noble prize..:smile:
 
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  • #4
sadhu said:
one more thing i would like to ask is that during my engg. course will i be taught all the concepts of theoretical physics ,like what is taught in B.Sc

that's depends on the course structure, it may vary at different uni. In general, the very tough materials that are needed for hardcore theoretical physics cannot be taught at ugrad level anyway. So, you can always go to grad school in physics after you have completed your Eng degree.

if that is true then i think that after doing my engg. , i will do research in theory of everything privately...but for that i will need to know the basic concepts of graduate level (in theoretical science)

as u said, you need to learn a lot in the meantime

well their is a friend of mine having no interest in research ,but seeing a prog. in
discovery he suddenly felt motivated to do what i wish to do

certainly there is something mysterious behind that theory
and certainly this is the only way i can get Noble prize..:smile:

err... Nobel prizes are more often given to experimentalists... for theorists, they will have to wait!
 

Related to Wnat to research the theory of everything

What is the theory of everything?

The theory of everything, also known as the unified theory, is a theoretical framework that aims to explain and unite all fundamental forces and particles in the universe, including gravity, electromagnetism, and the strong and weak nuclear forces.

Why is the theory of everything important?

The theory of everything is important because it would provide a complete understanding of the universe and its workings. It would also allow us to make accurate predictions about the behavior of matter and energy on both a microscopic and macroscopic scale.

Who first proposed the theory of everything?

The concept of a theory of everything has been explored by many scientists and philosophers throughout history. However, the most well-known and influential attempt was made by Albert Einstein in his pursuit of a unified field theory.

What are the challenges in researching the theory of everything?

One of the main challenges in researching the theory of everything is the complexity of the universe and the vast amount of data and observations that need to be analyzed. Another challenge is the lack of experimental evidence for some of the proposed theories, making it difficult to confirm or reject them.

What progress has been made in researching the theory of everything?

While a complete theory of everything has not yet been achieved, significant progress has been made in the fields of quantum mechanics, general relativity, and particle physics. The development of string theory and the exploration of the Higgs boson are also important steps in the pursuit of a unified theory.

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