Is a Career in Astrophysics or Math Promising?

In summary, the speaker is currently in tenth grade in India and is worried about their future career. They have a strong interest in astrophysics and have read books and watched programs on the subject. They are questioning if astrophysics is a promising career with good pay and what career path they should take. They also mention their love for maths and ask about promising career options in that field. The speaker also mentions considering getting into IIT (Indian Institutes of Technology) for training. However, they have concerns about the pressure to earn a high salary and the potential stigma against careers in academia. They also mention considering studying in the US for better research and career opportunities. They are seeking guidance on whether it is better to do mechanical engineering before pursuing
  • #1
Saanchi
13
0
Hi, so I am currently in tenth grade, from India preparing for my boards.
I am worried about my future career as I have no clear idea and I need guidance. I get good grades in maths and I like physics and sciences.
I have always been fascinated my astrophysics and have read The theory of everything by Stephen hawking and watched NASA programmes and i have always dreamed of working there.
But is astrophysics a promising career with good future opportunities and a good pay?
If yes, then what should be my career path?
Is it better to do mechanical engineering before astrophysics degree? Because all people who I have come across have done that.

Also, I love maths! So is there any promising career in maths too?

Or should I get into IIT ?

In the end, I want to do something in sciences and maths.

Thanks for your time :)
 
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  • #2
If its money you want, don't go into academia. Do you mean IT or IIT? Because you speak as if its the easiest thing to do. IIT is tough to get into if you want a particular course. If you're not particular about ending up with something like metallurgy or agricultural engineering and you're fairly smart and very, very hard working, then it isn't that hard. Also, if you've just finished your boards, you want to make a decision about this engineering vs science thing. Because India does not have many good institutes for pure science. If you want to do pure science, its better to apply to the US or the UK where both research and career prospects are better for science right now. That might change because our government is trying to encourage science, but who knows how long it will take?

Just one thing to add- there is often a stigma that if you don't earn piles and piles of money, you aren't successful. Or that a career that does not pay well is not a ' promising' one with lots of 'prospects'. I don't believe that is true. If you can find a job that you enjoy and you make enough money to live a comfortable life ( i believe a career in academia pays enough for that) then it's a good job. It is your call whether you believe in one or the other and there is nothing wrong with each point of view. This is just something you need to consider before choosing whether you want to go into academia.

Doing mechanical engineering for undergrad gives no advantage in a career in astrophysics. All it does do is postpone your decision between pure science and engineering a bit longer.
 
  • #3
UncertaintyAjay said:
If its money you want, don't go into academia. Do you mean IT or IIT? Because you speak as if its the easiest thing to do. IIT is tough to get into if you want a particular course. If you're not particular about ending up with something like metallurgy or agricultural engineering and you're fairly smart and very, very hard working, then it isn't that hard. Also, if you've just finished your boards, you want to make a decision about this engineering vs science thing. Because India does not have many good institutes for pure science. If you want to do pure science, its better to apply to the US or the UK where both research and career prospects are better for science right now. That might change because our government is trying to encourage science, but who knows how long it will take?

Just one thing to add- there is often a stigma that if you don't earn piles and piles of money, you aren't successful. Or that a career that does not pay well is not a ' promising' one with lots of 'prospects'. I don't believe that is true. If you can find a job that you enjoy and you make enough money to live a comfortable life ( i believe a career in academia pays enough for that) then it's a good job. It is your call whether you believe in one or the other and there is nothing wrong with each point of view. This is just something you need to consider before choosing whether you want to go into academia.

Doing mechanical engineering for undergrad gives no advantage in a career in astrophysics. All it does do is postpone your decision between pure science and engineering a bit longer.
By get into iit I meant iit training .. Yes I am thinking about future studies in the us. I still have to give my boards. I'm actually more inclined towards th science thing interest wise as compared to engineering.
By money making I didn't mean loads I meant sufficient for a good living. And what I've seen mostly on this forum and others is that most of the astrophysicists end up being professors which I don't want to. I want to get into research and work in that field. Not teaching..
Thanks, that helped :)
 
  • #4
There is nothing wrong with teaching. It is a noble profession. Second, a lot of professors are at the frontlines of modern research.
Richard Feynman ended up being a professor and he loved teaching. It was actually while he was teaching that he came up with the stuff that won him the Nobel Prize.
Hans Bethe taught at Cornell and he enjoyed it.
Leonard Susskind( the father of string theory) is a professor. Basically, being a professor doesn't mean that you're not going to be making scientific breakthroughs.
Also, a point to note- professors make more money.
 
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  • #5
About IIT coaching. Whatever you do, do it. It is very good for mental development. It challenges you and makes you a lot better at thinking analytically and out of the box.
I'm in XII th now, writing college essays and things. I did IIT coaching for one year and then stopped when it became too big a time commitment as I had my applications, essays etc to do.
 
  • #6
Saanchi said:
By get into iit I meant iit training .. Yes I am thinking about future studies in the us. I still have to give my boards. I'm actually more inclined towards th science thing interest wise as compared to engineering.
By money making I didn't mean loads I meant sufficient for a good living. And what I've seen mostly on this forum and others is that most of the astrophysicists end up being professors which I don't want to. I want to get into research and work in that field. Not teaching..
Thanks, that helped :)

Researchers in an area like Astrophysics are almost exclusively professors in Academia. Being a professor is not just teaching, there is also a huge research component to it, and in areas like physics and mathematics professors often do research with the help of students and can take "sabbaticals", which is a time period where they are excused from teaching to do nothing but research. In fact, for physicists in particular (especially ones currently working at topics which require lots of creativity), having students to explain things to and teach not only keeps your skills very sharp and refreshes the basics but also inspires many ideas and helps keep productivity up.
 
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  • #7
Intraverno is right. I'm basically defending this because it is a career path I want to follow, but still...
I have found that when I explain something to my friends I get sudden ideas and I go...ohhhhh. When there is a tough sum and I try talking to someone about it, I get the physics behind it really quickly.
Basically, keep an open mind. Don't say " I do not want to teach" when you're 15 years old. Wait till you know more about the world, about physics, about what the career paths entail before you close yourself to it.
 
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  • #8
Thanks so much much both for your advice :)
 
  • #9
Hello,
I need some serious advice.
Is a career in astrophysics a promising one? Is there a future for astrophysicists?
Is there a demand for astrophysicists and researchers in this field?
Is it advisable to take up this career? Any astrophysicist here?

If yes, what would be the career path and which is the best university in this field?

Thank you :)
 

FAQ: Is a Career in Astrophysics or Math Promising?

1. What is the difference between astrophysics and math?

Astrophysics is a branch of physics that deals with the study of the physical properties and processes of celestial objects and phenomena. It involves applying mathematical theories and principles to understand the universe. On the other hand, math is a field that deals with numbers, quantities, and shapes, and their relationships. In astrophysics, math is used as a tool to analyze and interpret data, while in math, the focus is on developing and proving mathematical theories.

2. What skills are required for a career in astrophysics or math?

To pursue a career in astrophysics or math, you need to have strong mathematical and analytical skills. You should also have a passion for science and a curious mind to explore the unknown. Other essential skills include critical thinking, problem-solving, and the ability to work with complex concepts and data. Strong communication skills are also beneficial, as you may need to collaborate with other scientists and present your findings to a wider audience.

3. What are the job prospects for a career in astrophysics or math?

The job prospects for a career in astrophysics or math are promising. With the growing interest in space exploration and advancements in technology, there is a high demand for astrophysicists and mathematicians in various industries, including government agencies, research institutes, and universities. These fields also offer opportunities for interdisciplinary work in areas such as data science and artificial intelligence.

4. What is the educational path to become an astrophysicist or mathematician?

To become an astrophysicist or mathematician, you typically need a bachelor's degree in physics, astronomy, mathematics, or a related field. Many professionals also pursue a master's or Ph.D. in their specific area of interest. It is essential to have a strong foundation in math, including calculus, differential equations, and linear algebra. Additional coursework in computer science, statistics, and data analysis can also be beneficial.

5. What are some potential research areas in astrophysics or math?

There are numerous exciting research areas in astrophysics and math that scientists can explore. Some examples include studying the origins and evolution of the universe, investigating the properties of black holes and other celestial objects, and developing mathematical models to understand complex physical phenomena. Other potential research areas include cosmology, planetary science, astrophysical fluid dynamics, and mathematical physics.

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