Is there any cosmological research field concerning signal processing?

In summary, the individual has a BS in EE and wants to pursue a PhD in cosmology or astronomy. They are wondering if there are any PhD programs in these areas that prefer or require a background in signal processing and networks, and how to find them. While it may not be a common path, there are opportunities for individuals with an EE background in observational astronomy. The AIP Directory of Physics programs and contacting schools with a strong focus on observational astronomy can help in finding potential programs. Additionally, having a strong physics preparation and familiarity with concepts such as Fourier and Laplace transforms can be beneficial in pursuing a PhD in these fields. Interdisciplinary centers may also be worth considering for those with a background in computer science.
  • #1
uglybachelor
19
0
Hi, everyone~
I have a BS in EE, and I want to be a researcher in cosmology or astronomy. To accomplish that I have to get a PHD in such areas. But my major in college was mainly about signal processing and networks. So, I'm wondering if there is any PHD program in cosmology or astronomy that prefer or require its applicants to have a background like mine? And if there is, how do I find them?
Thank you~
 
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  • #2
uglybachelor said:
Hi, everyone~
I have a BS in EE, and I want to be a researcher in cosmology or astronomy. To accomplish that I have to get a PHD in such areas. But my major in college was mainly about signal processing and networks. So, I'm wondering if there is any PHD program in cosmology or astronomy that prefer or require its applicants to have a background like mine? And if there is, how do I find them?
Thank you~
Well, it's certainly not an easy transition to make, but it's been known to happen. Astronomy and cosmology are usually associated with the physics department at universities, so you'd probably do best by studying up on physics and looking at the physics departments of various schools.

That said, I don't think you'll ever find a program that *prefers* people come from an outside background, but there will be programs that will accept people from an outside background. You just have to show that you're capable. I honestly don't know what's expected, but the best way to find out is simply to go to a school you might be interested in and visit the department.

That said, I'd like to point out that there is very much a place for people with EE backgrounds in astronomy/cosmology research directly, without getting astronomy/cosmology degrees: there are a lot of very intricate instruments that need to be planned and constructed in order to perform observations.
 
  • #3
uglybachelor said:
Hi, everyone~
I have a BS in EE, and I want to be a researcher in cosmology or astronomy. To accomplish that I have to get a PHD in such areas. But my major in college was mainly about signal processing and networks. So, I'm wondering if there is any PHD program in cosmology or astronomy that prefer or require its applicants to have a background like mine? And if there is, how do I find them?
Thank you~

You'd need to have the standard physics preparation. However assuming that you have that, then having EE experience would be really useful in observational astronomy. The standard reference for this is the AIP Directory of Physics programs which you should be able to find in most college libraries, or you can buy it from the AIP website.

I'd look for graduate schools that are very highly observational, and then send out a few e-mails to see what they think of your background. Also if there is a physics department locally, I'd arrange to talk with an adviser to see what "gaps" there are in your preparation.

One other thing is that a lot of physics theory involves concepts that should be very familiar to EE. If you know Fourier and Laplace transforms cold, then you shouldn't have much problem with quantum mechanics, and you'll find that very useful in doing advanced QM.
 
  • #4
One other thing to look for are schools with interdisciplinary centers. If your EE background is geared toward CS, you might take a look at schools with heavy computer centers.
 
  • #5


Hello,

Thank you for your interest in pursuing a career in cosmology or astronomy. Your background in signal processing and networks can definitely be useful in these fields. While there may not be a specific research field dedicated to signal processing in cosmology, signal processing techniques are often used in various areas of cosmological research, such as analyzing data from telescopes or satellites.

In terms of finding a PhD program that aligns with your interests and background, I would recommend researching different universities and their faculty members who are conducting research in cosmology or astronomy. Look for professors who have a focus on data analysis or signal processing in their research. You can also reach out to these professors and inquire about potential PhD opportunities in their department.

Additionally, networking and attending conferences or workshops related to cosmology and astronomy can also help you connect with potential PhD programs and researchers.

Best of luck in your pursuit of a PhD in cosmology or astronomy!
 

Related to Is there any cosmological research field concerning signal processing?

1. What is the purpose of signal processing in cosmological research?

The purpose of signal processing in cosmological research is to analyze and interpret data from various sources, such as telescopes and satellites, in order to gain a better understanding of the universe. This data can include signals from cosmic microwave background radiation, gravitational waves, and other astronomical phenomena.

2. What techniques are used in signal processing for cosmological research?

There are various techniques used in signal processing for cosmological research, including Fourier analysis, wavelet analysis, and digital filtering. These techniques allow researchers to extract and analyze signals from complex astronomical data, helping them to draw conclusions about the origins and structure of the universe.

3. Are there any specific challenges in signal processing for cosmological research?

Yes, there are several challenges in signal processing for cosmological research. These include dealing with low signal-to-noise ratio, correcting for instrumental effects, and handling large amounts of data. Additionally, the signals received from outer space can be very weak and require advanced techniques to detect and analyze.

4. How does signal processing contribute to our understanding of the universe?

Signal processing plays a crucial role in cosmological research by helping scientists to analyze and interpret complex data from the far reaches of the universe. By extracting and analyzing signals from different sources, researchers can gain insights into the origins and evolution of the universe, as well as its current structure and future fate.

5. Are there any current advancements in signal processing for cosmological research?

Yes, there are constantly new advancements in signal processing for cosmological research. For example, machine learning techniques are being applied to help analyze and classify large amounts of data, and new algorithms are being developed to improve the accuracy and efficiency of signal processing. These advancements are helping to push the boundaries of our understanding of the universe.

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