Is a career in astrophysics worth the commitment?

In summary: start by getting an undergraduate degree in physics or astronomyconsider pursuing a graduate degree in astrophysicsfocus on learning about physics and space in general
  • #1
phyxsean
2
0
physics and space! I am new

hello I am new here. I'm 21 years and currently don't attend school so I'm not even working towards a certain degree or career. But I know I will eventually be an astrophysicist (2nd to doing IT in the army soon). I have a strong passion towards astrophysics.

I believed the big bang theory and I figured that's how the Earth was created before I even knew what physics was and I have that mindset of using physics in my daily life with anything that deals with mass lol.

I would LOVE to be an astrophysicist above and beyond anything else in the world.

I didn't do good in high school academically and skipped pretty much half my high school years.
so I never had an academic drive or goal during my school years.

But its the commitment I'm scared of mostly, but yes I would put my life into it and study astrophysics until I die, but I also got to worry about the job economy and the future of my life just in case I won't be able to make a living in astrophysics, I know you get paid a lot but I'm not going to assume that there's a job ready for me once I'm out of school (hence why i have a different career in mind). we can all agree that there's not enough time to do everything you want to do, but I can't sacrifice everything for this career because I need to live in the future.

after all that reading.. what is everyone's opinion on going the career path of being an astrophysicist?

how time consuming and how much focus is required? I have the motivation! there's no need to question that.

I know I have the mind capability of taking this as my career because its my passion ( who wouldn't like to have a passion as your life long job? and yes... all mass was created from energy and that is who I believe my "god" is... ENERGY!

how about learning PHYSICS and space in general to begin with..? astrophysics would be the next level :P
 
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  • #2


phyxsean said:
after all that reading.. what is everyone's opinion on going the career path of being an astrophysicist?

Job market not very good. The number of spots opening annually for astrophysicists is woefully small compared to the number of qualified applicants. Think hundreds to one. As such, it's obviously not a safe bet.

how time consuming and how much focus is required? I have the motivation! there's no need to question that.

A lot. An undergraduate preparation for astrophysics is equivalent to one in physics, which is challenging for many. After that, 5-6 years of intense graduate study as well. You say you have motivation, but it's difficult to tell, seeing as you've never actually done any physics or astronomy. Once you've spent six months, a year, two years grinding through mathematics, reducing data, and banging your head against the wall for 12hrs/day, you'll see where your motivation is. Passion should not be confused with motivation. It's really tough (read: impossible) to predict something like this before you've ever done it.

If you really want to probe this a little deeper, the first step is obviously to do an undergraduate degree in astronomy or physics (doesn't really matter which, I'd recommend physics). Then you can decide whether or not you want to take the next step to graduate school. Then after another 5-6 years, you can decide whether you want to wade into the sea of postdocs. It's a long road, with several convenient exit points if you find it's not for you.
 
  • #3


already found my exit point ill be doing physics after my 4 year IT, thanks
 
  • #4


I'm currently in my last semester to obtain a MS in physics with a strong background in Astronomy.

Job market not very good. The number of spots opening annually for astrophysicists is woefully small compared to the number of qualified applicants.
Sorry Nabeshin but this is Slightly wrong.

Phyxsean if you are into physics and astronomy try considering also learning programming because astronomy also requires to model data, map galaxies using computers, we also try to understand more about space-time through machines that are currently been built, and I can tell you right now that gravitational wave analysis is pretty fun. Right now there is a project called LIGO (Laser Interferometer Gravitational Wave Observatory) where there are millions of dollars being invested in order to detect gravitational waves. There is also a space mission called LISA (Laser Interferometer Space Antenna) now taken over by the European Space Agency, which 4 years ago was also conducted by NASA. Not anymore. but still there are new projects coming up and many new cool things you can do with an MS in astrophysics.

So my advice is to learn a new computer language, C/C++, Matlab, etc.. just learn to program and with an astrophysics degree and strong computer knowledge you can do many things. Trust me you just have too look.

Don't let anyone tell you what you can't do. Follow the career you want and don't give up.
 
  • #5


me too from I.T. background and decided to go for astrophysics
 
  • #6


joseamck said:
Sorry Nabeshin but this is Slightly wrong.

Phyxsean if you are into physics and astronomy try considering also learning programming because astronomy also requires to model data, map galaxies using computers, we also try to understand more about space-time through machines that are currently been built, and I can tell you right now that gravitational wave analysis is pretty fun. Right now there is a project called LIGO (Laser Interferometer Gravitational Wave Observatory) where there are millions of dollars being invested in order to detect gravitational waves. There is also a space mission called LISA (Laser Interferometer Space Antenna) now taken over by the European Space Agency, which 4 years ago was also conducted by NASA. Not anymore. but still there are new projects coming up and many new cool things you can do with an MS in astrophysics.

So my advice is to learn a new computer language, C/C++, Matlab, etc.. just learn to program and with an astrophysics degree and strong computer knowledge you can do many things. Trust me you just have too look.

Don't let anyone tell you what you can't do. Follow the career you want and don't give up.

I'm sorry, but I don't see how describing gravitational wave astronomy makes job prospects any more realistic. To be sure, computer skills are invaluable, and most astrophysicists have them in abundance which makes them extremely employable outside of academia, so in reality almost all people with PhD training in astronomy can get good jobs. I was referring specifically to jobs in academia. The number of professor positions opening per year is ~10 in astronomy. I don't know much about the job market for research positions outside of academia, at places like NASA or other gov't facilities, so maybe someone else can chime in on that.

Depends what the OP wants to do, really. If he wants to be a professor and do academic research in astrophysics, its a fact that this is an extraordinarily competitive road to walk down. That's all I meant.
 
  • #7


I'm new here too and also an amateur with a keen interest. Like you I was 100% sure as a child that I was going to be an astrophysicist, but life doesn't run that course for many. So my humble advice would be not to try and rush it, and you only need to worry about the job prospects when you are almost in the position of being able to consider them because times change, new companies and agencies open and who knows what could be available to you then.

Also please don't sacrifice any amazing opportunities that are offered to you along the way for the sake of getting where you want to be in a hurry, you could miss out! I have 2 small children and would like to have at least 2 more. Fitting the necessary studies around that (in physics anyway) would be impossible due to the workload. So in the mean time I am doing a degree in classical studies as it keeps my mind active and I find the work rather easy when compared to the likes of astrophysics where my brain really has to work hard!

Don't know if that helps at all but I thought I would stick my two pence in as I was thinking the exact same things when I was 21 :)
 

FAQ: Is a career in astrophysics worth the commitment?

What is the difference between physics and space?

Physics is a branch of science that deals with the study of matter, energy, and their interactions. It focuses on understanding the fundamental laws and principles that govern the behavior of the physical world. On the other hand, space refers to the vast expanse beyond Earth's atmosphere, including celestial objects and the regions between them. While physics helps us understand the laws of nature, space allows us to study and explore the vastness of the universe.

How are physics and space related?

Physics and space are closely related as the laws of physics govern the behavior of objects in space. Space is also a major subject of study in physics, as it involves understanding the properties of celestial bodies, gravity, and the motion of objects in space. Many concepts in physics, such as relativity and quantum mechanics, have been applied to our understanding of space and the universe.

What are some key principles of physics that are important in space exploration?

Some key principles of physics that are crucial in space exploration include Newton's laws of motion, which govern the movement of objects in space, and the theory of relativity, which explains the behavior of objects at high speeds and in strong gravitational fields. Other important principles include thermodynamics, electromagnetism, and quantum mechanics, which are all essential for understanding and developing technologies for space travel and exploration.

What is the role of physics in understanding the origin and evolution of the universe?

Physics plays a crucial role in understanding the origin and evolution of the universe. The Big Bang theory, which is currently the most widely accepted explanation for the creation of the universe, is based on principles of physics such as thermodynamics and relativity. The study of cosmic microwave background radiation and the behavior of celestial objects also rely heavily on the principles of physics.

How can I start learning about physics and space?

There are many ways to start learning about physics and space, including taking courses in school or online, reading books and articles, and watching documentaries and videos. It is important to have a strong foundation in math and science, particularly physics and astronomy, to better understand these subjects. You can also engage in hands-on activities and experiments to gain a better understanding of the principles and theories of physics and space.

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