The Mysteries of the Universe: A Quest for Fundamental Understanding

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In summary: If you are really passionate about it, you should aim to pursue it. However, it is important to be realistic about your abilities and assess the risks. If you are not very good at math, it is likely you will not be able to contribute to the field of quantum gravity. If you are not interested in doing experimental work, you may be better off choosing another field.
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Tensor_law
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If you ask most people why they study physics, it is to understand the inner most workings of the universe. That is why i want to study theoretical physics. Yet why do people want to study Condensed matter/optics/medical physics? These areas do not provide me with the desire to do physics, infact, if those were my only choice of physics, i would quit the subject all together!
The thing is my interest lies in fundamental topics, such as mathematical physics: String theory or LPQ, QFT and so on. I want to help determine the laws of quantum gravity. Yet i question how proficient i would be in the field. I am terrible at mathematical competitions, and i find mathematics for mathematics sake tiring! Its not that i do not like math, its just that i seem to suck at it. I am not so interested in solving number theory problems as being practical. When i try and teach myself advanced math, i am slow and make little progress. I have come to the conclusion i am not the next witten/hawking/greene let alone einstein. Should i still enter the field? NOTE: I am not interested in astrophysics (non mathematical or particle), optics, quantum computing or condensed matter. I am only interested in understanding the most fundamental laws of the universe. It would make me feel powerful. I do not want to be an experimentalist, as i find their work too practical for my abilities (i still think they are as important as theorists) I am more of a thinker than engineer. Is it worth entering the fundamental sphere if i think i have a low chance of really contributing? I mean i would like to learn the most critical laws of the universe, but i doubt i would contribute to the extent of being a first class physicist, i would be a lower class second :(

Theoretical physics is my only interest. If i did not make it i would probably become a quant, coder, but i doubt i would really enjoy it! Liberal arts are pointless majors and teach you nothing about the universe. Engineering is too practical and Finance/business students are greedy go getters. I want to be a thinker, I WANT TO UNDERSTAND HOW AND WHY THE UNIVERSE WORKS THE WAY IT DOES! But i hear string theory is "wrong" and LQG too "unmainstream" to be hired. What is the point of studying these topics if they end up being wrong! What if i die before a unified theory is created? I would die ignorant!
Should i aim for these areas?
Is it true that quantum gravity is only for the best of the best?
Should i just give up if i am not really going to contribute?
If so, what do i do with my life?
 
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  • #2
What a strange post! You appear to be saying that you cannot understand how other people could possibly be interested in something you are interested in. Frankly it sounds like a serious emotional problem. Asperger's syndrome? Autistic spectrum disorder?
 
  • #3
Most people aren't born with a clear purpose in life. They discover their passions at some point in life through a process of exploration.

Can you do it without risk? No.

The trick is to assess the opportunities you have and make the best decision you can at the time.
 

FAQ: The Mysteries of the Universe: A Quest for Fundamental Understanding

1. What is the main goal of "Unlocking the Mysteries of the Universe"?

The main goal of "Unlocking the Mysteries of the Universe" is to gain a fundamental understanding of the universe through scientific research and exploration. This includes studying the origins of the universe, its structure and composition, and its evolution over time.

2. What are some of the key areas of study in this quest for understanding?

Some of the key areas of study in this quest for understanding include astrophysics, cosmology, particle physics, and astronomy. These fields of study all contribute to our understanding of the universe and its mysteries.

3. How do scientists approach the study of the universe?

Scientists approach the study of the universe through the scientific method, which involves making observations, formulating hypotheses, and conducting experiments to test those hypotheses. They also use advanced technologies and instruments to gather data and analyze it in order to gain a deeper understanding of the universe.

4. What are some unanswered questions in the field of unlocking the mysteries of the universe?

Some unanswered questions in this field include the nature of dark matter and dark energy, the origin of cosmic rays, the existence of parallel universes, and the possibility of life on other planets. These are just a few of the many mysteries that continue to challenge scientists in their quest for fundamental understanding of the universe.

5. Why is it important to unlock the mysteries of the universe?

Unlocking the mysteries of the universe is important for several reasons. It helps us to better understand our place in the universe and the origins of the world we live in. It also has practical applications, such as advancements in technology and space exploration. Additionally, the pursuit of knowledge and understanding is a fundamental aspect of human nature and can lead to further discoveries and advancements in the future.

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